master thesis uni stuttgart

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Guidelines for Bachelor/Master Theses

This sheet contains the most important information for students that have been accepted for writing a thesis at our institute. If there are any open questions not answered here, please consult your supervisor.

General Information

Please read the following link of the computer science department for details regarding the registration and submission as well as the formal requirements of the thesis:  Hinweise für Studierende für Abschlussarbeiten . Please also look at the Formvorgaben für Abschlussarbeiten . Read the requirements of your examination regulations for theses and keep them in mind. While typically these requirements should already be covered by the "Hinweise für Studierende für Abschlussarbeiten" page, double check to make sure that this is the case. The university also offers a general FAQ for students writing a thesis . Note that this FAQ provides content for supervisors and examinors as well which you do not have to read.

Below, you find additional information about specifics at our institute. We do not repeat information from the links above.

Formal Procedure

• Our secretary needs some data from you to prepare the thesis contract. Please send, as early as possible, the following data via email to our secretary:  address, phone number, e-mail address, matrikelnummer,  and  course of study
• For the contract, we also need a short summary of your topic/task and a working title for the thesis (the title must be both in English and German. It can still be changed while working on the thesis). Your supervisor might ask you to prepare a first draft of the title and the summary which will then be edited.
• Once the contract has been prepared, you can schedule a meeting with our secretary for formally registering the thesis. You need to bring the prepared registration form (please refer to https://www.student.uni-stuttgart.de/pruefungsorganisation/formulare/#id-959532c6 ). In case you do not know your working title for the field "Thema", please ask your supervisor. Our secretary will then inform you about the next steps.
• If you have any questions (e.g., regarding the structure and contents of the thesis) or you encounter problems that you cannot solve yourself,  contact your supervisor . We will usually not initiate meetings ourselves; instead, students are responsible for scheduling meetings as they need them. We encourage you to get feedback from your supervisor on a regular basis.
• You are required to submit 2 copies of your thesis (unless specified otherwise in the contract) plus one separate copy of the title page.
• Please contact our secretary in order to make an appointment for the submission of your thesis.
• Digital Submission: Send your final thesis (as PDF) as well as the required abstract txt file(s) to your supervisor at the University and our secretary by email. Please note that the digital version must be identical to the printed copies.
• If your thesis includes source code or other digital artifacts, please ask you supervisor at the University on whether and how to submit those.
• If you wrote your thesis with a company: Make sure that your thesis and other digital artifacts are approved for submission by the company. If in doubt: Talk to your advisor at the company.
• Depending on your course of study, you might have to give a presentation that presents/summarizes your thesis (see below).
• Contact your supervisor after the submission of the thesis to schedule the presentation. You should also tell him your course of study such that an appropriate length of the presentation can be determined.

Additional Information for Theses Written at an External Company

If you are writing your thesis at an external company, please keep the following additional details in mind:

• We need some additional information about the external company that advises your thesis. Please send the name of the company, the address of the company, and contactinformation of your advisor at the company (name, e-mail address, phone number) to your supervisor at our institute.
• The short summary of your topic/task and a working title for the thesis (see above) generally are proposed by the external company and then approved by our institute, possibly after some modifications. Please forward this information as early as possible to your supervisor at our institute.
• When signing your contract with us, we will ask you whether your thesis can be published after the submission. Please verify beforehand whether your company allows for publication of the thesis.
• Please note that if the company asks for a non-disclosure agreement, this must be set up between the company and the institute (or between you, the institute and the company; but never just between you and the company).
• You have an advisor at the external company and a supervisor at our institute. The advisor typically is your first point of contact in case of problems. The supervisor is your contact for all administrative and examination related questions. This includes, for example, questions regarding the format and content of your thesis, structure, citation style, ... .
• If the topic has to be modified, e.g., because some originally planned goal turned out to be unachievable, this has to be discussed with and confirmed by your supervisor at our institute.

Form of the Thesis

• You have to write your thesis in LaTeX using the template from  https://github.com/latextemplates/scientific-thesis-template . 1)
• Keep the form requirements from the computer science department in mind (see link at the top). The template should already meet those by default.
• There is no fixed page count or limit. The number of pages strongly depends on the specific topic of the thesis.
• You can write the thesis in German or in English. If you write in German, do not translate technical terms; use the English version for those.
• Use a numerical-only bibliography style, e.g., numeric (see bibstyle and citestyle in config.tex ).

1) Have a look at the documentation before using it – the template has a lot of options.

Presentation After the Submission

• In most cases, the length of the presentation is 30 minutes. After your presentation the audience will ask some questions about your thesis.
• The presentation is not graded separately, but will influence the final grade of the thesis.
• There is no mandatory template for presentation slides.
• Please follow the advice for good presentations from our seminars. If you did not attend one of our seminars, ask your supervisor.

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Master´s Thesis

Important information regarding Master´s Thesis

The Master´s thesis is carried out normally during the fourth semester and on successful completion is awarded 30 ECTS-credits. 

Requirement:  The topic of the Master Thesis can be handed out only the moment at least 72 ECTS - credits  have been acquired already by the candidate.

Learning results: The candidate shall be capable of dealing with a problem from the context of infrastructure planning within a given time frame on the basis of scientific methods, He/she should also be able to present the results in an appropriate form both in writing and orally. The candidate should be capable of developing a suitable concept for the thesis including the selection of appropriate scientific methods as well as a realistic project schedule for the treatment of the selected topic. Effective scientific work shall be implemented throughout the thesis working period, the candidate shall learn how to discuss a scientific topic in the field of infrastructure planning by discussing his topic with two different academic supervisors.

The candidate should work independently on the selected topic and should make appointments with the examiner for academic discussions on the topic.

Important documents:

• Author statement
• Abstract template
• Poster template
• Publication agreement

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Master Thesis

Final one-year research project of the Master of Science program.

Directly to

• Degree Programs
• Fields of Research
• First Aid page contacts of all advisors

The Master Thesis is a one-year research project that consists of two parts, each part of the research project lasts six (6) months. The first part equals 30 ECTS credits and consists of the modules “Scientific Specialization” and “Practical Skills and Project Planning” (15 ECTS each) and the second part “Master Thesis and Presentation” (30 ECTS).

How to register:

• Please refer to §22 of the Study Regulations . [de] Note: You need the regulations for "Physik – Master of Science" and not "PHYSICS – Master of Science". You have to scroll down a bit.
• Once you have passed all required exams and obtained at least 54 ECTS credits, fill out the thesis registration form
• The Examination Office (Prüfungsamt) must confirm that you have fulfilled the requirements and sign the form.
• Your 1st supervisor has to define your thesis topic and the starting date of your one-year research project with you and sign the form.
• Bring the registration to the “Studienbüro Physik”, the Examination Board will evaluate your application and assign you a 2nd Supervisor.
• The “Studienbüro Physik” issues an official letter to inform the student and both supervisors of the topic, starting date and deadline of the Master Thesis. (The original registration remains at the Examination Office – the student receives a copy.)

Grading Criteria

• Extend of Task Fulfillment
• Independence of Research and Ideas
• Experimental/Mathematical Skills
• Understanding of Physics
• The Form and Content of the Written Results
• The Presentation
• Benotung der beiden Prüferinnen / Prüfer

Leaflet for Supervisors and Students

The “ Studienbüro Physik ” conducts registration and Administration of the One-Year Research Project.

Guidelines Leaflet Master Theses [de]

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Master Thesis

Please find here information on writing master theses at the Department of Business Administration and Marketing.

General Information

1. requirements.

• Transcript of Records showing at least 78 credits
• Very good command of German and English
• Advanced skills in academic writing (e.g., database research, excerpting scientific literature)
• For more information, please see the exam regulations applicable to you.
• A focus on marketing, especially the successful completion of the seminar in marketing (M.Sc.) are highly recommended.

2. Module Information

• Credits: 24
• Time frame: 20 weeks

The time frame depends on the respective exam regulations of the study program of the student.

3. Schedule

• You will find information on the application for the bachelor thesis under #7 Application.
• Admission is granted only after successful application via the application form below. A confirmation of admission will be issued within a week of the deadline for applications.
• Customer Experience (Management)
• Digital Marketing
• Marketing and innovative technologies
• Sustainability Marketing
• Topics currently on offer

5. Topics by our Cooperation Partners

Our department supports praxis-oriented theses. If you are interested in the topics offered by our cooperation partners, please send your application directly to the partner in question. If you are chosen for a bachelor or master thesis by the company, the thesis can be registered and written at any time, independent of the application period listed below. For us to be able to supervise your thesis, the topic needs to have a focus on marketing questions and meet the standards of scientific theses. In order to ensure this, please send a research proposal (max. one page; content: topic’s relevance, research question, proposed method for answering the research question) as well as the company's acceptance of your application as one single PDF document to  [email protected] .

The following companies currently offer topics for theses:

6. Examination

• Length: 60-65 pages (roughly 35 for a paper-based thesis)
• The guidelines for writing a thesis at the Department of Business Administration and Marketing apply.
• The number of approved applications is based upon the capacity of the department.
• Master theses cannot be written as a group.
• It is possible to write a master thesis in cooperation with a company.
• Language: German or English (with German summary)

7. Application

• Short letter of motivation (max. one page) including your matriculation number and a list of up to three preferred topics
• Current transcript of records
• Research proposal (max. one page) if you want to propose your own topic (topic’s relevance, research question, proposed method for answering the research question)
• Link to the application form
• Winter semester:  21.09. 12:00 pm   -  08.10. 12:00 pm
• Summer semester: 21.03. 12:00 pm   -  08.04. 12:00 pm

Leon Lehnert

Research Assistant

• Profile page
• +49 711 685 82951
• Write e-mail

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Stuttgart Dissertations

All information on the publication process of your dissertation as part of your doctoral degree studies.

(Icon: info)

Submission of the mandatory copies and the corresponding documents HERE

The publication of the dissertation is part of the doctoral degree studies. A prescribed number of mandatory copies has to be submitted to the University Library within one year after the oral examination (within two years for the humanities). The submission of the mandatory copies of the dissertation and their form are specified in the current Doctoral Degree Regulations of the University of Stuttgart.

Doctoral students who were accepted or admitted to doctoral degree studies before the new version of the Doctoral Degree Regulations (April 1, 2019) came into effect can still complete their doctoral degree studies according to the Doctoral Degree Regulations 2016 (DE) . However, please take note that interim regulations must be complied with (cf. sec. 21 of the Doctoral Degree Regulations 2019 ).

Publication Types

The number of mandatory copies to be submitted (see sec. 13, par. 2 of the Doctoral Degree Regulations 2019) and which further documents we require from you depends on the type of publication. Even if the doctoral degree studies are completed in accordance with older Doctoral Degree Regulations, doctoral students are free to publish the dissertation according to the terms of sec. 13 of the Doctoral Degree Regulations 2019.

Electronic Publication on the Publication Server of the University of Stuttgart (OPUS)

You publish the dissertation via the University Library, freely accessible online. Further information on Publishing with OPUS Further information on the procedure for Dissertations

We need from you:

• the electronic version For this purpose, please log in to OPUS and upload the file(s) including the description of your work via an online form.
• 6 printed copies
• the licensing terms (DE) filled out and signed by you

Please note the guidelines for the outer form below.

Publication in a Publishing House

A commercial publisher handles the production and distribution via bookstores.

• 6 copies of the publisher’s edition
• the publisher’s evidence of a print run of at least 150 copies or confirmation that the title will be available for at least four years in case of Print on Demand

Self-printing

You commission a printer or a print shop with the printing of your dissertation.

• 34 printed copies

Publication as Volume of an Institution Series

If your dissertation is released within a series published by an institution of the University of Stuttgart, the number of mandatory copies to be submitted and which further documents we need from you depend on the publication type of the series.

• If the series is published electronically, the regulations for the electronic publication apply.
• If the series is released in a publishing house, the regulations for publisher releases apply.
• If the series is published by the institute itself, the regulations for self-printing apply.

Publication as Special Print

You publish your dissertation in a journal. In the journal the work has to be marked as dissertation in a footnote. The journal title, the year (or volume), and the page number have to be absolutely clear from the copies to be submitted.

• 6 copies of the special print

Guidelines for the Outer Form of the Publication

The outer form of the respective publication type is regulated in the „ Leaflet for Doctoral Students Regarding the Outer Form of the Dissertations " (appendix to the Doctoral Degree Regulations, only available in German).

Please pay attention to the following:

• At least the mandatory copies to be submitted must contain a German and a usually English abstract
• In case of being published in a publishing house, the entire edition has to be marked as dissertation by imprinting the code number "D 93" (stands for "Dissertation of the University of Stuttgart"). "D 93" can only be omitted if the entire edition contains the indication in plain writing that it is a dissertation or if the dissertation title page is the only title page.
• The dissertation must be printed on both sides.
• The binding type must not be a spiral binding, but a durable binding, e.g. adhesive binding.
• Due to the long-term archiving, recycling paper must not be used. If possible, the dissertation should be printed on acid-free paper.
• Standard format of the printed copies is DIN A5. In special cases, e.g. works with larger drawings and tables, other formats may be used, preferably DIN A4. However, this must be approved by the doctoral committee depending on the faculty or institution.

Please inquire further specifications from the office of the dean responsible for you. In cases of doubt, only the responsible doctoral committee is authorized to make decisions, not the library or the main reporter (see sec. 7, par. 1 of the Doctoral Degree Regulations).

Submission to the University Library

Both the mandatory copies and the corresponding documents have to be submitted at:

University of Stuttgart Library Team Publication Services (T3) Holzgartenstr. 16 70174 Stuttgart

The „Dissertation Office“ is located on the ground floor (room 00.098). Please make an appointment for the submission with us beforehand:

• +49 711 685-83512

Alternatively, you can ask someone else to submit both your dissertation and the corresponding documents or send them to us via mail. In your package please include your contact details (address, telephone number, email address) and the address of your main reporter.

Further Procedure

As soon as we have received everything in correct and complete form, we send 4 copies of the dissertation to the main reporter (in accordance with sec. 13, par. 4 of the Doctoral Degree Regulations). The main reporter compares the copies to the manuscript and reports the correspondence by forwarding one copy to the respective office of the dean. Clearance is given by the dean or the chairperson of the doctoral committee. The office of the dean informs both the University Library and the examination office of the clearance. The examination office issues the certificate and we add the dissertation to the library holdings and release the electronic version, if applicable.

Completed Dissertations

An overview of dissertations completed in Stuttgart, sorted by faculty, can be found in the biannually published directory "Dissertationen und Habilitationsschriften der Universität Stuttgart" .

Further Information on Doctoral Degree Studies at the University of Stuttgart

Information Pages of the University

Information Pages of the Faculties and Institutions

• Faculty 1: Architecture and Urban Planning
• Faculty 2: Civil- and Environmental Engineering
• Faculty 3: Chemistry
• Faculty 4: Energy-, Process- and Bio-Engineering (DE)
• Faculty 5: Computer Science, Electrical Engineering and Information Technology
• Faculty 6: Aerospace Engineering and Geodesy
• Faculty 7: Engineering Design, Production Engineering and Automotive Engineering (DE)
• Faculty 8: Mathematics and Physics
• Faculty 9: Humanities (DE)
• Faculty 10: Management, Economics and Social Sciences (DE)
• GSaME:  Graduate School of Excellence advanced Manufacturing Engineering
• SC SimTech: Stuttgart Center for Simulation Science

Your Contact Persons

Team publication services (t3), holzgartenstr. 16, 70174 stuttgart.

• +49 711 685 83512
• Write e-mail

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Bachelor, research and master theses

Here you can find all the projects that have been put out to tender

• Ongoing and completed student work at the ISS

There are two options for awarding new work:

• Y ou can apply for open bachelor's/research/master's theses that have already been formulated. You can see these works on this page.
• Alternatively, depending on your interests, you are also welcome to contact the individual scientific staff and inquire about new work that has not yet been formulated. Please feel free to take a look at the research areas of the employees in advance. At the ISS, they decide for themselves on the allocation of work and the selection of the students. When contacting us by e-mail, it is a good idea to attach a short CV and a current excerpt from C@mpus.

Note: All works can be written in German language, even if some of the tasks were published here only in English.

Theses: Bachelor-, Research-, Master-Theses

Title:  Advanced Signal Processing Methods for MEG Decoding (BA)

Title:  Deep Learning Methods for MEG Decoding (FA/MA)

Title:  Deep Learning for Source Reconstruction (FA/MA)

Indoor Localization: Sven Hinderer

Arbeit: Masterarbeit

Titel: Development of high-resolution algorithms for Range/Doppler processing in Automotive Radar

Arbeit: BA/FA/MA

Titel: Ground truth reference system for indoor localization based on low- cost camera and laser diode

Arbeit: Master-Thesis

Titel:  Development of an artificial neural network based procedure for the energy balancing of solar thermal systems

Other Signal Processing

Arbeit: Research- / Master-Thesis

Titel:  Development of acoustic watermark algorithms and their evaluation

6G Indoor Localization

Deep learning, machine learning, pattern recognition.

Titel:  Causal model identification with multivariate and discrete input

Arbeit: Infotech Research- / Master-Thesis

Titel:  Generative Adversarial Networks for Medical, Automotive and Acoustic Applications

Type: Forschungs- / Masterarbeit

Title:  Untersuchung der Stimmstruktur einer professionellen Opernstimme mit digitaler Signalverarbeitung

Signal processing and ML for automotive radar

Arbeit: Master Thesis

Titel: Synthetic Aperture Radar (SAR) for Automotive

Signal processing for medical imaging technology, medical image analysis

Titel: Unsupervised Semantic Image Synthesis for Medical Imaging

Type: Bachelor- / Forschungs- / Masterarbeit

Title: Medical Signal Processing - Deep Learning, Semantic Segmentation, Motion Correction

Title: Medical Image Processing - Segmentation, Classification, Localization

Works to be awarded without formulated task:

The topics for bachelor, research and master theses usually originate from the fields of work of the scientific staff. Not always the topics are formulated so that they can be presented here. If you are more interested in a topic, please ask the respective employee.

Detection, segmentation and pattern recognition   

Research Overview

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Master Theses

Selected thesis projects in the Integrative Technologies and Architectural Design Research (ITECH) programme.

ITECH M.Sc. 2019: Spatial Winding

Summer Semester 2019 | ITECH M.Sc. Thesis 2019

Rebeca Duque Estrada, Fabian Kannenberg Prof. A. Menges, Hans-Jakob Wagner, Maria Yablonina

ITECH M.Sc. 2019: Tailored to Time

Maria Wyller Prof. A. Menges, Maria Yablonina, Martin Alvarez

ITECH M.Sc. 2018: Self-Choreographing Network

Summer Semester 2018 | ITECH M.Sc. Thesis 2018

Mathias Maierhofer, Valentina Soana Prof. A. Menges, M. Yablonina Prof. J. Knippers, S. Suzuki, A. Körner

Distributed Robotic Assembly System for In-Situ Timber Construction

Samuel Leder, Ramon Weber Prof. A. Menges, D. Wood, O. Bucklin

ITECH M.Sc. 2017: Fibrous Joints for Segmented Timber Shells

Summer Semester 2017 | ITECH M.Sc. Thesis 2017

Dominga Garufi, Hans Jakob Wagner Prof. A. Menges, T. Schwinn, D. Wood, S. Bechert

Cyber Physical Macro Material

Miguel Aflalo, Jingcheng Chen, Behrooz Tahanzadeh Prof. A. Menges, D. Wood, M. Yablonina

ITECH M.Sc. 2017: Fluid Formations

P. Giachini, S. Gupta Prof. A. Menges, D. Wood, E. Baharlou

ITECH M.Sc. 2017: Tangible Formations

K. Goti, S. Katz Prof. A. Menges, E. Baharlou, L. Vasey

ITECH M.Sc. 2016: Tailored Structures

Summer Semester 2016 | ITECH M.Sc. Thesis 2016 Fabrication Agency

Martín Alvarez, Erik Martínez Prof. A. Menges, E. Baharlou, O. Krieg, T. Schwinn, L. Vasey

ITECH M.Sc. 2015: Emergent Space

Summer Semester 2015 | ITECH M.Sc. Thesis 2015 Aggregate Architecture

Gergana Rusenova Prof. A. Menges, K. Dierichs, E. Baharlou

Mobile Robotic Fabrication System for Filament Structures

Summer Semester 2015 | ITECH M.Sc. Thesis 2015 Fabrication Agency

Maria Yablonina Prof. A. Menges, E. Baharlou, M. Prado, T. Schwinn

ITECH M.Sc. 2015: Robotic Softness

Giulio Brugnaro Prof. A. Menges, E. Baharlou, L. Vasey

ITECH M.Sc. 2015: Assembly Agency

Summer Semester 2014 | ITECH M.Sc. Thesis 2015

Julian Hoell Prof. A. Menges, T. Schwinn, L. Vasey, E. Baharlou

ITECH M.Sc 2015: Informed Connectivity

Summer Semester 2015 | ITECH M.Sc. Thesis 2015 Computational Wood

Djordje Stanojevic Prof. A. Menges, D. Correa, O. Krieg

ITECH M.Sc. 2014: Augmented Grain

Summer Semester 2014 | ITECH M.Sc. Thesis 2014

Dylan Wood Prof. A. Menges, O. Krieg, D. Correa

Contact information

Institute for computational design and construction, university of stuttgart, keplerstraße 11, 70174 stuttgart.

• +49 711 685 82786
• Write e-mail

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How to register a Master Thesis

January 19, 2017 / Leonie Rörich

Please note:  The INFOTECH Office registers Master Theses ONLY for students who started their Masters until 2013 !

For all others: How to register a Master Thesis via LSF

LSF-based students (PY 14 and later) find the following document in LSF to register the Master Thesis:

http://www.uni-stuttgart.de/pruefungsamt/formulare/anmeldung/Anmeldung_Master-Arbeit.pdf

• The first and second part of the document will be filled out by LSF directly and automatically.
• For the third part (“Vergabe und Bestätigung des Themas der Masterarbeit”) please deliver the document to the respective institute: The examiner will fill out the fourth part (starting date of the thesis and official stamp of the Institute) and you will sign as well.

         The document will go to the Examination Office for the last step:  Setting the deadline in LSF.

• Please note: You also have to make an additional contract with the Institute – please contact the respective secretary or supervisor for further information!

Become an INFOTECH Buddy

Open theses at human-computer interaction and cognitive systems, february 2024, registration for computer science seminars, labs and practical courses, sony award ceremony with meet + greet - january 25th 2024, december 2023, erasmus 2024/25, november 2023, thesis offer: design of an integrated circuit transimpedance amplifier operating at cryogenic temperature, october 2023, new cemt core module: radio frequency technology, infotech introductory lecture for new students, registration for innovation and technology management - ws 23/24, september 2023, introductory lecture for new infotech students - october 9th, 10-11am, our buddy program needs a hiwi apply now, intensive german language course - no longer available, sony student award recipients for ws 22/23, interested in helping shape the future of infotech become a student representative, sony student award ceremony + sony meet and greet : june 22nd - 6-7pm, new monthly mailing list for international students of faculty 5, femstar talent program at bosch - apply now, interested in doing an erasmus exchange for summer semester 2024, the stuttgart ellis unit is pleased to announce the upcoming ellis distinguished lecture series talk by dr. nuria oliver, 200-euro-one-off-payment for students, innovation and technology management, february 2023, applications open for the school for talents annual program, january 2023, information and contract law course registration is open, seminar / lab course registration summer 2023, intensive german language course - signup deadline january 13th 12pm, november 2022, stube-bw: weekend seminar - global learning, correction concerning the exam registration for courses offered by uwe breitenbücher, isp-news: start of the new student q&a and welcome packages issue on 6.12., open theses at perceptual user interfaces group, important: "introductory lecture for new students" has been canceled, your start - 16.11.22, 6-8 p.m, cross-cultural training, october 2022, ellis distinguished lecture series - philipp hennig, open theses event at human-computer interaction and cognitive systems -- survey, "marketplace scholarships" for ba and ma students, new application period femtec career-building program (17.10.-06.11.), 1st international day at faculty 5 – save the date, september 2022, registration for additional german language courses starts on october 10, 2022, update: aps certificate required from november 2022, get your studies off to a perfect start, save the date invitation from the welcome center, information event about your health insurance - the techniker krankenkasse, iacl repeat exam 2022 (infotech & geoengine) - 07.10.2022, room 24.01 , geschwister-scholl-str. 24d , stuttgart stadtmitte, august 2022, invitation to the graduation ceremony 2022 of the computer science department, business management and administration lecture date rescheduled, infotech graduate winner of the sony graduate award 2022, graduation ceremony for infotech students, announcement for computer science department: start of the seminar/lab courses registration, wanted: werkstudenten automotive software testing (m/w/d), want to join the infotech study commission as student representative, reminder for application within eu track for program year 2022 (winter term 2022/23) is still open, welcome center stuttgart: upcoming events, upcoming events for international students.

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Master Theses

Present suggestions for topics of master theses.

Where can you do research in a motivating environment? Finish your studies in Materials Science with a BANG and joint the team of Materials Physics. Below are several current topic possibilities for your Master thesis:

Materials Theory

Construction of an interatomic potential for the LiTiO battery anodes. Transition metal oxides are known to exhibit variable oxidation states. Therefore, they are preferred as storage materials in lithium ion batteries. We aim to construct a state-of-the-art interatomic potential for the LiTiO system, which will be used in atomistic Monte Carlo/molecular dynamics simulations. The atomistic framework incorporates Coulomb interactions, metallic bonding character via an embedded-atom formalism, as well as charge transfer due to the different oxidation states of the species. Varying oxidation states may induce different crystal structures which we could observe in recent experiments. We want to further explain this from an atomistic point of view. (supervisors: Sebastian Eich)

Machine learning concepts in atom probe tomography. In impressive cases, concepts of machine learning (ML) have been effective tools for materials science. The project tries to develop a computational algorithm for the measurement of particle/precipitate sizes in atom probe tomography data. The preferred machine learning strategy will be the “support vector regression”, which should be trained with data sets that are generated by simulated field evaporation. A simulation tool (TAPSim) is already available for this step. So, practically the project has to develop suitable Python scripts that control the available basic software. After training the KI with simulated data, the ML code should be applied to experimental data sets that were presented in one of our recent publications, (supervisors: Guido Schmitz, Sebastian Eich) 

Artificial intelligence in electron microscopy . A collaborative research initiative of the faculty addresses catalysis in mesoporous materials. In this context, we would like to image Metal-organic and covalent bonded frameworks (MOF, COF) by electron tomography. However, these materials are extremely sensitive to the electron beam, so only a few images can be obtained before the materials get destroyed. Missing information required for the tomographic reconstruction should be replaced by training the algorithms with theoretically expected Molecule structures. The project joins experimental work at the top-end microscope Spectra 300 with the development of Python scripts. Required materials will be provided by the working team of Bettina Lotsch (MPI-FKF) (supervisors: Guido Schmitz, Roham Jeid, Florian Kauffmann)

Battery and Energy Materials

Lithium diffusion in LiCoO2 and its texture dependence. Diffusion and migration are the fundamental processes controlling the performance of a battery (provided there is enough space). The work will be focused on understanding the diffusion of lithium in thin-film LiCoO2 electrodes. Firstly, the thin films will be prepared using ion-beam sputtering. The deposition parameters will be optimized for reasonable electrochemical performance. Subsequently, with the knowledge gained from a recently concluded master study [1], the optical behaviour of the electrodes will be validated. This optical character will be used to study the diffusion of lithium in thin film LiCoO2 electrodes. [2] Furthermore, the required deposition parameters will be varied to achieve a variation in the texture of the thin film to see the effect of anisotropy in the diffusion for the layered electrode. (supervisor: Yug Joshi)

[1] https://doi.org/10.1149/1945-7111/ac63f6; [2] https://doi.org/10.1002/smtd.202100532

Thin film deposition of NMC 622 (LiNi0.6Mn0.2Co0.2O2) and its optical behavior. The change of optical constants (real and imaginary refractive indices) upon lithium insertion has been reported for LiMn2O4 [1], Li4Ti5O12 [2] and LiCoO2 [3] indicating that the insertion of lithium causes the shift of the band gap due to electrostatic repulsion caused by lithium. Furthermore, the gradient of the change of dielectric constants (obtained for the optical constants) with lithium insertion depends on the microstructure of the thin films and helps in revealing the phase propagation in a battery electrode. From the already developed methodologies, thin films of NMC622 (the current state-of-the-art material used in battery electrodes) will be prepared via ion-beam sputtering, followed by structural, electrochemical and optical characterization. The model description of the optical behaviour will be used to obtain the optical constants. Subsequently, its dependence on lithium insertion will be studied and its correlation to the microstructure of the thin film will be attempted. supervisor: (Yug Joshi)

[1] https://doi.org/10.1002/adom.201701362 ; [2] https://doi.org/10.1021/acsami.9b19683 ; [3] https://doi.org/10.1149/1945-7111/ac63f6

Hydrogen storage, transport and embrittlement

Hydrogen transport and embrittlement. Measurement of hydrogen permeation by high-resolution gravimetry. Hydrogen storage, in the form of metallic hydrides, is a promising concept since it enables particularly high volume density in H storage. With this aim, we would like to study the hydrogenation of FeTi alloys, since these alloys are available for quite economical prices. We would like to understand the hydrogen uptake. An innovative method of measurement shall be applied for the first time. We deposit FeTi layers as thin films to oscillating quartz microbalances and measure the gain in weight when absorbing hydrogen in the metallic films. Furthermore, the formation of the hydride phase leads to expansion due to the reaction’s excess volume. Thus, nuclei of the hydride will become visible as surface protrusions, which we will image by white light interferometry to measure their number and size in depending on the hydrogenation treatment. (supervisors: Yug Joshi, Guido Schmitz)

Detection of hydrogen by atom probe tomography. Future hydrogen technology needs new construction materials for the 700 to 1000 bar hydrogen pressure range. Hydrogen embrittlement is a phenomenon feared when using steel constructions in hydrogen atmosphere. In order to progress the understanding of this phenomenon, one needs to measure tiny amounts of hydrogen in high spatial resolution. We would like to explore atom probe tomography for this. Cryo-preparation and direct transfer into the atom probe should prevent hydrogen from escaping before the measurement. We will first test and benchmark the method at NiTi multilayers, where hydrogen should preferentially segregate to the Ti layers. Afterwards, new high-entropy alloys should be analyzed. Are they single- or multiphase? In which phase or structural defects does hydrogen prefer to segregate? (supervisors: Patrick Stender, Guido Schmitz)

Electronic packaging and nanostructures

Reactive wetting on quantitatively evaluated rough surfaces. In a previous PhD work, we have developed a new thermodynamic model to understand the spreading of liquid solder metals on rough substrates when downscaling the size of the solder connections. We plan to critically check this theory. Nano-structured rough surfaces are produced by electron beam lithography in our FIB-microscope, for which we exactly know the amplitude (RMS) and periodicity of the roughness. On these, the spreading of solder droplets with a size downward to about 10 micrometers is studied by in-situ SEM investigation. (Supervision: Guido Schmitz)

High Resolution Materials Characterization

Pump-probe experiments in atom probe tomography . In Atom Probe Tomography (APT), very fine samples are evaporated as tiny molecular fragments by superposition of high electric field and laser pulses. Especially with organic matter, the size and the charge state of the evaporated fragments have not been understood, yet. Likewise, oxygen and nitrogen can be lost due to insufficient ionization. The aim of the project is to investigate whether a second, subsequent laser pulse, that hits the desorbed species right after leaving the sample surface, can positively influence the level of ionization and the fragmentation through multi-photon ionization. This requires laser powers > 10 20 W/cm 2 , which we plan to obtain with ultra-short (40 fs), highly focused laser pulses. (supervisors: Patrick Stender, Guido Schmitz)

Development of cryo-APT preparation techniques. Samples for Atom Probe Tomography must be in a needle-like shape with a radius of curvature of 50 nm at the apex. Preparation of conventional materials is available by using Focused Ion Beam techniques. Currently, liquids are of great interest, with the goal of studying processes at biological interfaces like cell membranes, viruses or bacteria in atomic resolution. Aqueous solutions are cryo-frozen and transferred into the FIB for tip shaping and finally to the atom probe. The sample must be permanently cooled to preserve them in solid state. To avoid artifacts, a crystallization has to be prevented. Through innovative ink-jet printing we try to avoid a crystallization of ice crystals. The goal of the study is the measurement of a virus by atom probe tomography. (supervisor: Patrick Stender)

High-resolution TEM analysis of the grain boundaries in LiFePO 4 cathodes . In previous studies, we collected indicators that the grain boundaries (GB) of LiFePO 4 cathodes must be of special character. Probably, they represent purely ion-conductive pathways in the mixed electronic-ionic conducting matrix. We would like to elucidate this issue by the analysis of the GBs in the highest possible resolution. The cutting-edge, aberration-corrected electron microscope Spectra 300 will be applied. It allows imaging in world-leading resolution and chemical analysis of local oxidation states via electron energy loss spectroscopy. The cathode material will be produced by thin film deposition. Electron transparent slices are prepared by focused-ion-beams in the lift-out technique. The project is especially suited for those who like to work with top instrumentation tools. (supervisors: Guido Schmitz, Yug Joshi)

Analysis of diffusional transport in mesoporous matrices filled by organic liquids. A research collaboration of the faculty addresses catalysis in confined geometry of cylindrical pores, a few nanometers in diameter. The project shall produce such pores in thin layers of silica by spin coating and sol/gel methods (in collaboration with J. Bruckner of the IPC) fill with organic liquids (Bromo- and Chlorobenzol, Dodekan), cryo-freeze after defined diffusion times and measure composition profiles of the diffusing species by high resolution scanning electron microscopy in our dual beam/FIB microscope at 140K. (Supervisor: G. Schmitz)

Further information and consultation:

Guido Schmitz

Chair Professor

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--> | | : Publications : Deployment and empirical verification of real-time schedules, Master Thesis No. 1, 2024. : The Impact of AI on Job Insecurity Perceptions of Software Engineering Students, Master Thesis No. 3, 2024. : Wasm-R3 : creating executable benchmarks of WebAssembly binaries via record-reduce-replay, Master Thesis No. 8, 2024. : Evaluation and integration of DDS middleware for interconnection between Android Automotive and AUTOSAR, Master Thesis No. 5, 2024. : Analysing human vs. neural attention in VQA, Master Thesis No. 6, 2024. : Developing an ontology on information governance using description logic, Master Thesis No. 2, 2024. : Exploring a Hybrid of Machine Learning and HTN Planning for Occupant Activity Recognition, Master Thesis No. 7, 2024. : Easy to use methods for securing the channel between mobile apps and connected consumer devices, Master Thesis No. 9, 2024. : Usage of external data exchanged in Intelligent transport systems to ensure road safety in an automated vehicle, Master Thesis No. 4, 2024. : Advanced solutions for sensor fusion testing in ADAS focusing on real world radar stimulation, Master Thesis No. 13, 2023. : Exploring the adoption of Java version features and their relationship to software quality on GitHub, Master Thesis No. 74, 2023. : Das Treffpunktproblem in Straßengraphen, Master Thesis No. 66, 2023. : Refinement of Partitioning for Multi-class Problems with Heterogeneous Groups, Master Thesis No. 54, 2023. : DyPyBench: A Benchmark of Executable Python Software, Master Thesis No. 33, 2023. : Application integration and team collaboration for process optimization in intralogistics, Master Thesis No. 21, 2023. : Entwicklung eines Modellierungswerkzeuges für Quanten-Workflows, Master Thesis No. 12, 2023. : Change tracking and observability for complex software development, Master Thesis No. 62, 2023. : Automatisierte Ontologie-Generierung für maschinelles Lernen zur Fehlererkennung in IoT-Daten, Master Thesis No. 98, 2023. : A dynamic analysis-based linter for Python, Master Thesis No. 34, 2023. : Automatisierte Generierung von Trainingsdatenfür die Informationsextraktion aus deutschenGeschäftsdokumenten auf Basis von Sprachmodellen, Master Thesis No. 96, 2023. : Software in the Loop simulation environment for eBike ABS, Master Thesis No. 22, 2023. : Monitoring Non-Functional Requirements in Machine Learning Systems, Master Thesis No. 41, 2023. : Recreating False-Belief Tests as Visual Question Answering Tasks, Master Thesis No. 24, 2023. : LiftVR : VR-based motion guidance system teaching back-friendly lifting, Master Thesis No. 72, 2023. : Modellierung von Daten-Pipelines in Lakehouses, Master Thesis No. 25, 2023. : Performance portability analysis of SYCL with a classical CG on CPU, GPU, and FPGA, Master Thesis No. 38, 2023. : Entwurf einer Systemlandschaft für das Datenmanagement im Data-Mesh-Ansatz, Master Thesis No. 47, 2023. : Exploration Support for Performance Maps, Master Thesis No. 18, 2023. : Definition and evaluation of an onboard vehicle API concept, Master Thesis No. 75, 2023. : Evaluating different combinations of haptic feedback devices in Virtual Reality, Master Thesis No. 37, 2023. : Automatically detecting malicious GitHub Actions, Master Thesis No. 105, 2023. : How Explainability Requirement for AI-based Enterprise application can be achieved: A case-study on AI-based module of an ERP system, Master Thesis No. 5, 2023. : Cellular Automata for Modelling Resource Allocation, Master Thesis No. 4, 2023. : Immersive Analyse von dynamischen Netzwerken mit multivariaten Daten, Master Thesis No. 107, 2023. : Visual parameters space analysis for architectural design space exploration, Master Thesis No. 106, 2023. : Integrating explanation generation into the Palladio tool chain, Master Thesis No. 111, 2023. : Mehrdimensionale, automatisierte Ermittlung von Antriebsstrang Software-Varianten für Release-Konformität, Master Thesis No. 17, 2023. : A global adversarial attack on scene flow, Master Thesis No. 109, 2023. : Roaming with deterministic real-time guarantees in wireless Time-Sensitive Networking, Master Thesis No. 15, 2023. : Machine Learning frameworks in open-source software: an exploratory study on code and project smells, Master Thesis No. 31, 2023. : An Exploration of Challenges in Engineering AI Planning Systems, Master Thesis No. 99, 2023. : Verbotsmuster für Logik mit zwei Variablen über endlichen und unendlichen Wörtern, Master Thesis No. 45, 2023. : Anonymisierung von Daten: von der Literatur zum Automobilbereich, Master Thesis No. 29, 2023. : Entwurf und Implementierung eines Stream-basierten, dynamischen und fairen Scheduling-Verfahrens für WiFi-Netzwerkverkehr, Master Thesis No. 83, 2023. : Analysing timing behavior of component-based software systems, Master Thesis No. 32, 2023. : A proof of concept for risk-aware plan-based HTN planning, Master Thesis No. 92, 2023. : Prüfung des Lizenzmodells Pay Per Use von SaaS Produkten auf derzeitige Anforderungen, Master Thesis No. 28, 2023. : Risk-aware hierarchical planning for smart non-residential buildings, Master Thesis No. 61, 2023. : GETACAR : a privacy-preserving platform for ride-pooling, Master Thesis No. 87, 2023. : Risk-aware HTN Planning for Poker Players, Master Thesis No. 9, 2023. : Evaluation and implementation of zero-touch onboarding solutions for IIoT, Master Thesis No. 39, 2023. : Visualizing the interactions and relationships from sales data and data-driven automatic product bundling to increase cross-selling, Master Thesis No. 71, 2023. : Optimized deployment of multi-cloud applications via HTN planning, Master Thesis No. 23, 2023. : Efficient federated learning for gaze estimation, Master Thesis No. 103, 2023. : Object Detection based on Augmented Point Clouds, Master Thesis No. 11, 2023. : Tests4J benchmark: execution-based evaluation of context-aware language models for test case generation, Master Thesis No. 35, 2023. : Migration monolithischer Anwendungen in Microservices-basierte Architekturen : Fallstudie einer Service/Sales-Applikation, Master Thesis No. 48, 2023. : Ordering Transactions on Distributed Persistent Objects, Master Thesis No. 102, 2023. : Advanced Scheduling Heuristics for Time-triggered Realtime Networks, Master Thesis No. 64, 2023. : Das Rastplatzproblem, Master Thesis No. 68, 2023. : Development of an Euler-Lagrangian framework for point-particle tracking to enable efficient multiscale simulations of complex flows, Master Thesis No. 70, 2023. : Sichtbarkeit in triangulierten planaren Unterteilungen, Master Thesis No. 100, 2023. : Einfluss von Bildausschnittgröße und Hyperparametern auf Computer Vision Modelle, Master Thesis No. 51, 2023. : Enabling Integration between MUSE4Anything and OWL-Based Ontology Tools, Master Thesis No. 78, 2023. : Data Preprocessing for Application Scenarios of Digital Twins of Connected Vehicles, Master Thesis No. 80, 2023. : Towards automatically generating context-specific ML pipelines : a case study at adesso SE, Master Thesis No. 26, 2023. : Evaluating the effectiveness of a hybrid approach for DSM in unreliable power grids : temporal planning meets LSTM, Master Thesis No. 91, 2023. : A novel NeRF-based approach for extracting single objects and generating synthetic training data for grasp prediction models, Master Thesis No. 112, 2023. : Advanced Analytics for Improving the Quality of Sensors, Master Thesis No. 79, 2023. : Automated data validation in model-driven IoT applications, Master Thesis No. 14, 2023. : Multi-modal two-wheeler trajectory prediction via representation learning, Master Thesis No. 104, 2023. : A Dataset Generation Framework for motion estimation, Master Thesis No. 110, 2023. : Video Based Crossmodal Representation Learner for Emotion Recognition, Master Thesis No. 19, 2023. : Entwicklung einer Methode zur datengetriebenen Vorhersage der Ausgaben einer Kaltmassivumformsimulation, Master Thesis No. 93, 2023. : Algorithms for calculating robust schedules for time sensitive networking (TSN), Master Thesis No. 42, 2023. : Entwurf eines Systems zur Identifikation von Einstiegspatterns für die Umsetzung von Quantenalgorithmen, Master Thesis No. 58, 2023. : Exploring the challenges of engineering AI planning-based applications, Master Thesis No. 43, 2023. : SCIP 2.0: horizontally extending the Smart Contract Invocation Protocol, Master Thesis No. 1, 2023. : Human context-awareness and its application in a service-oriented robotic system, Master Thesis No. 77, 2023. : Computation of 3D audio using ambisonics for an immersive audio-visual 3D experience, Master Thesis No. 101, 2023. : Point cloud and particle data compression techniques, Master Thesis No. 73, 2023. : Concepts for Virtual Knowledge Graphs on Lakehouses, Master Thesis No. 85, 2023. : Machine-learning based Mobility Prediction for Resource Allocation in Mobile Edge Computing, Master Thesis No. 96, 2023. : Quantum Reinforcement Learning using Entangled States, Master Thesis No. 56, 2023. : Into the Minds of the Chefs: Using Theory of Mind for Robust Collaboration with Humans in Overcooked, Master Thesis No. 40, 2023. : Context-aware machine-learning-based error detection, Master Thesis No. 63, 2023. : Reflective Learning with Prompts, Master Thesis No. 16, 2023. : Incentives and Management of a Decentralised Platform for Ride-Pooling, Master Thesis No. 86, 2023. : Constrained Optimisation of Time Curves, Master Thesis No. 55, 2023. : Efficient application of accelerator cards for the coupling library preCICE, Master Thesis No. 7, 2023. : Deep Learning-Based Quantum Readout Error Mitigation, Master Thesis No. 2, 2023. : Erweiterung des Data-Mesh-Konzepts um Datenschutzaspekte, Master Thesis No. 65, 2023. : Exploring the extension of AR-visualization and interaction for large physical spaces, Master Thesis No. 94, 2023. : User engagement for smarter buildings, Master Thesis No. 2023. : Integrating electric vehicles with smart buildings using temporal planning, Master Thesis No. 76, 2023. : A Hardware Prototype Based on Raspberry Pis for Evaluating a Decentralized Privacy-Preserving Ride-pooling Platform, Master Thesis No. 90, 2023. : Enhancing privacy in car data : anonymization techniques and metrics evaluation, Master Thesis No. 89, 2023. : Explainablity in Automated Machine Learning, Master Thesis No. 88, 2023. : Selektion von hybriden Runtimes für die Ausführung variationeller Quantenalgorithmen, Master Thesis No. 8, 2023. : An architecture for seamless communication between wearables and connected vehicles, Master Thesis No. 49, 2023. : Increasing trust in human-robot interaction through data visualization in augmented reality, Master Thesis No. 108, 2023. : Handwritten vs. Typed Annotations, Master Thesis No. 52, 2023. : Filter dictionaries for optical flow prediction with RAFT, Master Thesis No. 36, 2023. : Investigation of multistability-affected period-incrementing and period-adding structures in a model of a power converter with symmetry, Master Thesis No. 59, 2023. : Implementing variational quantum algorithms as compositions of reusable microservice-based plugins, Master Thesis No. 53, 2023. : Dreifärbungen für planare Graphen mit wenigen Dreiecken, Master Thesis No. 113, 2023. : Progressions of emotion annotations in conversations and dreams for emotion analysis, Master Thesis No. 81, 2023. : MetaEdge : an interoperable framework for the integration of edge computing platforms, Master Thesis No. 69, 2023. : Webbasierte Exploration virtueller Welten aus OSM-Daten, Master Thesis No. 67, 2023. : Towards empirical evidence for the impact of microservice API patterns on software quality: a controlled experiment, Master Thesis No. 44, 2023. : Contrastive representation learning for eye contact detection, Master Thesis No. 97, 2023. : Learning the loss in optical flow estimation based on the end-point-error, Master Thesis No. 50, 2023. : Evaluation of transfer learning methods in text-to-speech, Master Thesis No. 84, 2023. : Live adaptation of privacy-enhancing technologies in connected vehicles' data pipelines, Master Thesis No. 95, 2023. : Applicability of low-code development platforms in large industries, Master Thesis No. 7, 2022. : QuCSplit: a decision support system for quantum-classical splitting, Master Thesis No. 76, 2022. : Study and implementation of LiDAR-based SLAM algorithm and map-based autonomous navigation for a telepresence robot to be used as a chaperon for smart laboratory requirements, Master Thesis No. 3, 2022. : Visual analysis of a machine learning approach applied to turbulence data, Master Thesis No. 92, 2022. : A framework for optimizing spark configurations, Master Thesis No. 49, 2022. : Data-driven partitioning of training data for complex multiclass problems, Master Thesis No. 37, 2022. : Modeling and timing analysis of micro-ROS application on an off-road vehicle control unit, Master Thesis No. 11, 2022. : Generierung und Abdeckung repräsentativer Pfadmengen in Straßennetzwerken, Master Thesis No. 28, 2022. : Concept Drift Detection and adaptation for machine learning, Master Thesis No. 41, 2022. : Optical flow estimation with separable cost volume, Master Thesis No. 91, 2022. : Enhancing Driving Experience with Geovisual Recommendations, Master Thesis No. 118, 2022. : Analysing Deep Learning Decoding Methods on Multiple ERP Paradigms, Master Thesis No. 114, 2022. : How well do language models understand grammar? A case study on Japanese, Master Thesis No. 103, 2022. : Bimodal taint analysis for detecting unusual parameter-sink flows, Master Thesis No. 79, 2022. : Conceptualizing and implementing a transactional model for cross-chain smart contract invocations, Master Thesis No. 13, 2022. : Influence of distractors on visual attention techniques, Master Thesis No. 45, 2022. : Strukturelle Adaption von Deployment-Modellen basierend auf Patterns, Master Thesis No. 77, 2022. : Iterierte Substitutionen bei regulären Baumsprachen, Master Thesis No. 69, 2022. : Variationelle Verfeinerung zur Schätzung von Szenenfluss, Master Thesis No. 111, 2022. : Applications of the quantum-classic split pattern in quantum computing, Master Thesis No. 46, 2022. : Design, implementation and evaluation of an application for guiding architectural refactoring to microservices, Master Thesis No. 22, 2022. : Visualization of neural networks for diagnostic hydrological modeling, Master Thesis No. 109, 2022. : Software engineering for quantum-based systems: a survey, Master Thesis No. 20, 2022. : Entwicklung eines Decision Support Systems für die Verarbeitung von sicherheitskritischen Daten durch Cloud-Anwendungen, Master Thesis No. 75, 2022. : Attention-based Reasoning over Multimodal Embeddings in Video-grounded Dialogue, Master Thesis No. 116, 2022. : Dynamic vertex colored conflict graphs for time-sensitive networks, Master Thesis No. 36, 2022. : Paper-based Tangible User Interface as interaction in mixed reality, Master Thesis No. 89, 2022. : Neural models for automatic program repair vs. human developers, Master Thesis No. 16, 2022. : Analysis and development of a digital picking system using IoT and Logistic 4.0, Master Thesis No. 72, 2022. : Scalable sub-graph centric distributed influence maximization, Master Thesis No. 82, 2022. : Derivation and Verification of Parameters for Operational Design Domains of Automated Driving Systems, Master Thesis No. 8, 2022. : Online study on reading behavior of texts with integrated word-sized visualizations, Master Thesis No. 66, 2022. : Distributed Bundle Adjustment, Master Thesis No. 90, 2022. : Self-Supervised Long-Term Trajectory Prediction, Master Thesis No. 115, 2022. : A simulator for connected car scenarios, Master Thesis No. 38, 2022. : Queries4TOSCA: concept and development of a query language for TOSCA, Master Thesis No. 68, 2022. : Simulation of muscle movements with GNNs, Master Thesis No. 50, 2022. : Migrating monolithic architectures to microservices: a study on software quality attributes, Master Thesis No. 71, 2022. : Efficient validation of time series data using reasoning, Master Thesis No. 83, 2022. : Deployment und Ausführung verteilter Datenpipelines in Software-Defined-Car-Anwendungen, Master Thesis No. 81, 2022. : Designing the next smart chair based on a posture recognition and feedback literature review, Master Thesis No. 106, 2022. : Analysis of the scalability of siamese neural network for performing quality inspection of the welding nuts, Master Thesis No. 14, 2022. : Design and implementation of a GPU-based simulation- and analysis-environment for dynamical systems, Master Thesis No. 35, 2022. : Partitioning training data for complex multi-class problems using constraint-based clustering, Master Thesis No. 4, 2022. : Analyse gemischter Genauigkeit und der Nutzung von spezialisierten GPU-Matrixeinheiten anhand der PLSSVM Anwendung, Master Thesis No. 85, 2022. : Towards production-ready end-to-end federated learning for automotive applications, Master Thesis No. 54, 2022. : Generation of BPMN 2.0 plans to deploy applications in OpenTOSCA, Master Thesis No. 19, 2022. : Preserving privacy in software defined car environments, Master Thesis No. 10, 2022. : The Impact Of Tokenization On RNN And Transformer Language Models And Their Hybrid Architectures, Master Thesis No. 44, 2022. : Statistically evaluating mixed-effects models for EEG analysis using large-scale simulations, Master Thesis No. 119, 2022. : Attacking a defended optical flow network, Master Thesis No. 61, 2022. : How users attend to online comments: an eye-tracking approach, Master Thesis No. 121, 2022. : Photorealistic Eye Image Generation through Image-to-Image Translation, Master Thesis No. 120, 2022. : Robust distributed pervasive simulations in the presence of delays, jitter and losses, Master Thesis No. 86, 2022. : Interdisciplinary Composition of E-Learning Platforms based on Reusable Low-Code Adapters, Master Thesis No. 113, 2022. : Empirically Driven Taxonomy of Project Failures in the Context of an Agile Web Application Development Project within a Conventional Software Development Organization, Master Thesis No. 56, 2022. : A Comparative Evaluation and Implementation of Droplet Detection in Non-contact Liquid-handler for Nano to Microliter Volumes, Master Thesis No. 1, 2022. : Investigating multi-modal human-like attention integration into VQA models, Master Thesis No. 117, 2022. : Validating the threats to validity in program comprehension experiments, Master Thesis No. 23, 2022. : Visual exploration for deep learning models and trainings for microstructure data, Master Thesis No. 108, 2022. : Parameter initialization for warm-starting QAOA, Master Thesis No. 26, 2022. : Virtual and real-world AOI in AR, Master Thesis No. 65, 2022. : Coupling of macro and micro scale in a continuum-biomechanical model of the human liver using preCICE, Master Thesis No. 30, 2022. : Long-tailed visual object detection using grouped staged training, Master Thesis No. 60, 2022. : Occlusion handling in behavior planning using imitation learning for autonomous driving, Master Thesis No. 12, 2022. : Space-time gaze visualization in AR, Master Thesis No. 64, 2022. : Automated quality enhancer for fast neural networks on mobile devices, Master Thesis No. 97, 2022. : CO2 aware job scheduling for data centers, Master Thesis No. 9, 2022. : Solving Differential Equations using Quantum Computing: A Survey, Master Thesis No. 2, 2022. : Matrix-based Route Planning for Battery Electric Vehicles, Master Thesis No. 57, 2022. : NullnessGraphSeq: Learning-based Java nullness inference, Master Thesis No. 17, 2022. : Einbindung von Domänenexperten in die interaktive Verfeinerung von Clustering-Resultaten, Master Thesis No. 87, 2022. : Metamorphic testing of version control systems, Master Thesis No. 24, 2022. : Entwicklung einer Management-API zur Automatisierung des Deployments und Managements von Software in Fahrzeugen, Master Thesis No. 73, 2022. : Emotion Analysis for Nonsense Words, Master Thesis No. 6, 2022. : Deep learning in stream entity resolution, Master Thesis No. 53, 2022. : Factors that enhance female participation in german computer science curricula: An exploration, Master Thesis No. 21, 2022. : Visual Analytics für Visual-Reasoning-Aufgaben, Master Thesis No. 63, 2022. : Processor frequency sweet spot prediction based on dynamic code analysis, Master Thesis No. 27, 2022. : Der Einfluss motivationaler Faktoren auf die Messung von Codeverstehen, Master Thesis No. 40, 2022. : Implementierung und Analyse von Gradientenberechnungen in Quantenalgorithmen, Master Thesis No. 15, 2022. : The Design and Implementation of a Decentralized Smart Contract Descriptor Repository, Master Thesis No. 48, 2022. : Context-aware data validation for machine learning pipelines, Master Thesis No. 98, 2022. : Design and evaluation of system concepts and protocols for lossless hardware-assisted streaming of real-time measurement data over IP networks, Master Thesis No. 52, 2022. : Vis2Go: exploring the effect of immersive analytics for on-the-Go decision making, Master Thesis No. 105, 2022. : Towards addressing MLOps pipeline challenges : practical guidelines based on a multivocal literature review, Master Thesis No. 55, 2022. : Generating TEI-based XML for literary texts, Master Thesis No. 102, 2022. : Clarifying Questions for Open-Domain Dialogue Systems, Master Thesis No. 101, 2022. : Ideas and committing to ideas in software engineering : an industrial case study, Master Thesis No. 39, 2022. : How to combine augmentations for graph contrastive learning, Master Thesis No. 110, 2022. : Entwurf und Evaluierung von netzwerkbasierten Bloom-Filtern für Anwendungen zur Kontaktverfolgung, Master Thesis No. 42, 2022. : Design and implementation of software tests for the ISS-experiment FARGO based on STPA-BDD, Master Thesis No. 94, 2022. : Artificial Intelligence Based Landing Site Detection for Hovering Spacecraft, Master Thesis No. 59, 2022. : Relevanzbestimmung konkreter Software-Anforderungen aus Beschreibungstexten durch Klassifikationen, Master Thesis No. 100, 2022. : Performance Analysis of Object Detection Models in Context of Mobile Applications, Master Thesis No. 31, 2022. : AutoML für Ensembles: Erhöhung der Klassifikationsperformanz durch Optimierung der Modelldiversität und der Entscheidungsfusion, Master Thesis No. 33, 2022. : Entwicklung eines Mulitagentensystems für das dezentrale Deployment von Softwarekomponenten, Master Thesis No. 74, 2022. : Evaluation and application of estimated gaze depth in Virtual Reality, Master Thesis No. 62, 2022. : Orchestrating data governance workloads as stateful services in cloud environments using Kubernetes Operator Framework, Master Thesis No. 99, 2022. : ILP-based schedule planning for dynamic IEEE time-sensitive networks, Master Thesis No. 51, 2022. : Parallel machine learning of fluid-structure interaction, Master Thesis No. 58, 2022. : Standards-based Modeling and Generation of Platform-specific Function-as-a-Service Deployment Packages, Master Thesis No. 32, 2022. : Supporting and verifying transient behavior specifications in chaos engineering, Master Thesis No. 96, 2022. : Evaluation and Case Study of the GitOps Principle, Master Thesis No. 78, 2022. : Investigation of the energy consumption of different GPUs with respect to the used software stack, Master Thesis No. 25, 2022. : Extraktion von hierarchischem Domänenwissen für komplexe Mehrklassenprobleme, Master Thesis No. 104, 2022. : Comparative visualization across physical and parameter space, Master Thesis No. 93, 2022. : Evaluation of explainability in autoscaling frameworks, Master Thesis No. 67, 2022. : System-Theoretic Process Analysis for AI-Based Systems, Master Thesis No. 95, 2022. : Occlusion-Aware Variational Optical Flow Refinement, Master Thesis No. 84, 2021. : Enabling System Management Aspects in MICO, Master Thesis No. 23, 2021. : Visualization of differences in perception caused by vision deficiency, Master Thesis No. 86, 2021. : Domain-Specific Optical Flow for Surgical Video Data, Master Thesis No. 107, 2021. : Formalisierung und Erkennung von Infrastructure-as-Code Patterns und Anti-Patterns zur Designzeit, Master Thesis No. 78, 2021. : Visualisierung von Ontologien für MUSE4Anything, Master Thesis No. 64, 2021. : Investigation of quality and process data from manufacturing facilities using machine learning methods, Master Thesis No. 7, 2021. : Detecting ambiguity in conversational systems, Master Thesis No. 80, 2021. : Ereignisbasierte Architektur für Quantenanwendungen, Master Thesis No. 60, 2021. : Over-the-web retrieval and visualization of massive trajectory sets, Master Thesis No. 70, 2021. : Bringing the concepts of virtualization to gate-based quantum computing, Master Thesis No. 20, 2021. : Off-road Vehicle Control Unit with Robot Operating System, Master Thesis No. 11, 2021. : Test fuzzing for virtual reality applications, Master Thesis No. 105, 2021. : Deep learning for voice cloning, Master Thesis No. 36, 2021. : Conception, design and development of an efficient End-to-End test automation of an automotive Measurement, Calibration and Diagnostics (MCD) system, Master Thesis No. 29, 2021. : MUSE4Anything, Master Thesis No. 10, 2021. : Performance measurements for personalizable route planning for uncorrelated edge costs, Master Thesis No. 50, 2021. : Ein Ansatz für IoT-Sicherheitstests basierend auf dem MQTT-Protokoll, Master Thesis No. 82, 2021. : Reproducing, extending and updating dimensionalty reductions, Master Thesis No. 85, 2021. : Energy consumption forecasting in energy management systems, Master Thesis No. 3, 2021. : Decentralized cross-organizational application deployment using multiple different deployment automation technologies, Master Thesis No. 41, 2021. : Automatisierte Generierung von Quantum Workflows, Master Thesis No. 59, 2021. : New evaluation method for reference architectures utilized to design a software reference architecture for liquid handling devices, Master Thesis No. 75, 2021. : Computing shortest path distances based on cluster-pairs, Master Thesis No. 35, 2021. : A gamification-based approach for learning IoT, Master Thesis No. 12, 2021. : Multi-deployment-technology instance model retrieval and instance management, Master Thesis No. 79, 2021. : Redesigning the Hamster Simulation, Master Thesis No. 106, 2021. : Monitoring serverless applications : an SLO-based approach, Master Thesis No. 89, 2021. : Modeling interferences of CEP operators on limited resources, Master Thesis No. 21, 2021. : Modellierung von Data Loops in Connected-Car-Umgebungen, Master Thesis No. 68, 2021. : Load shedding in complex event processing with probabilistic features, Master Thesis No. 54, 2021. : Analyzing the quality of RESTful APIs in a migration context: a case study in the e-commerce domain, Master Thesis No. 42, 2021. : Evaluating of Feasibility and Aiding Explainability of Scaling Policies Using Architectural-based Simulations, Master Thesis No. 110, 2021. : Learning an arbitration agent through user interaction for shared control, Master Thesis No. 81, 2021. : Handling interferences on a multi-operator CEP node with load shedding, Master Thesis No. 76, 2021. : Evaluating dynamic load balancing of ECM workload pattern employed in cloud environments managed by a Kubernetes/Docker eco-system, Master Thesis No. 53, 2021. : Data integration and analysis approaches in the context of automotive events: a case study with active driver assistance systems, Master Thesis No. 34, 2021. : Automated compliance management of heterogeneous application infrastructures at runtime, Master Thesis No. 58, 2021. : Entwicklung eines neuronalen Netzwerks zur Optimierung der Datenübertragungsqualität von Kleinsatellitenplattformen, Master Thesis No. 112, 2021. : Implementation and Evaluation of Unfolding Methods to Mitigate Readout Error of Quantum Devices, Master Thesis No. 8, 2021. : Learning to Identify Equivalent Code, Master Thesis No. 44, 2021. : Learning free-surface flow with physics-informed neural networks, Master Thesis No. 19, 2021. : Explainability of operating systems, Master Thesis No. 109, 2021. : Success factors for the management of digital transformation initiatives – an action research, Master Thesis No. 22, 2021. : Prediction of failures of IoT devices by using machine learning, Master Thesis No. 55, 2021. : Dynamic personalized home automation rules based on multi-user feedback, Master Thesis No. 16, 2021. : Detecting inauthentic accounts on Twitter: A natural language approach applied on Blacklist, Master Thesis No. 24, 2021. : Question answering on knowledge bases : A comparative study, Master Thesis No. 18, 2021. : Time-of-Use tariff and valley-filling based scheduling algorithm for electric vehicle charging, Master Thesis No. 17, 2021. : Road user detection on radar data cubes with deep learning, Master Thesis No. 37, 2021. : Verteilte Datenpipelines in Software-Defined-Car-Anwendungen, Master Thesis No. 69, 2021. : Concept and implementation of a TOSCA orchestration engine for edge and IoT infrastructures, Master Thesis No. 15, 2021. : Visual analysis of experimental micro-CT data of evaporation in porous media, Master Thesis No. 77, 2021. : Robotic surgery training in AR : multimodal record and replay, Master Thesis No. 83, 2021. : Generation of reinforcement learning environments from machine-tool descriptions, Master Thesis No. 33, 2021. : Unsupervised approach to estimate the optical flow using RAFT's architecture, Master Thesis No. 87, 2021. : Konzept und Umsetzung eines Data Lakes für Connected-Car-Umgebungen, Master Thesis No. 67, 2021. : Design, Implementierung und Analyse eines flexiblen Dienstgütemodells für zeitsensitive Kommunikationsdienste, Master Thesis No. 91, 2021. : Learning task-parameterized Riemannian motion policies, Master Thesis No. 65, 2021. : A literature review on distant object selection methods, Master Thesis No. 103, 2021. : Deep learning for scatterplot similarity, Master Thesis No. 71, 2021. : Extending modeling concepts of OpenClams to support performance analysis with layered queuing, Master Thesis No. 32, 2021. : Integrating common sense knowledge in visual question answering systems, Master Thesis No. 88, 2021. : Framework zur Entscheidungsfusion für die Kombination von Fehlerdiagnosemethoden, Master Thesis No. 31, 2021. : Concepts for advanced integration of SuperTuxKart into connected cars, Master Thesis No. 63, 2021. : Haben Design-Regeln Einfluss auf die Verständlichkeit von RESTful APIs? Ein kontrolliertes Experiment, Master Thesis No. 96, 2021. : Part Detection in Sheet Metal Sorting using Deep Learning, Master Thesis No. 26, 2021. : Visualization for human-AI collaborative music composition, Master Thesis No. 72, 2021. : Optimizing neural fake speech detection using post hoc analysis, Master Thesis No. 38, 2021. : Ein formaler Ansatz für die Berechnung von Speicherzugriffszeiten in Echtzeit Mehrkernsystemen mit geteilten Ressourcen, Master Thesis No. 27, 2021. : Simulation and analysis of complex dynamics in a low-dimensional model of a vibration-machine, Master Thesis No. 62, 2021. : The integration of electric vehicles in the smart grid, Master Thesis No. 1, 2021. : Knowledge Representation and Automated Reasoning with Semantic Web Technologies for Decision Support in Manufacturing, Master Thesis No. 45, 2021. : Visual analysis of news stories using neural language models, Master Thesis No. 108, 2021. : Improved RAFT architectures for optical flow estimation, Master Thesis No. 113, 2021. : Interaktion mit der MBP IoT-Plattform mittels der Microsoft HoloLens, Master Thesis No. 52, 2021. : Immersive Miniaturkarten auf der HoloLens 2, Master Thesis No. 66, 2021. : Concepts towards an automated data pre-processing and preparation within data lakes, Master Thesis No. 74, 2021. : Desychronization algorithms for fast ILP solutions of TDMA schedules in IEEE Time-Sensitive Networks, Master Thesis No. 39, 2021. : Automatisches Auffinden von loT-Geräten in der loT-Plattform MBP, Master Thesis No. 101, 2021. : Can proposed service interface metrics effectively evaluate the quality of RESTful APIs? : a repository mining study on API evolution, Master Thesis No. 94, 2021. : Transformed sparse grids for high-dimensional models, Master Thesis No. 61, 2021. : Textured surfels visualization of multi-frame point cloud data, Master Thesis No. 5, 2021. : How to strangle systematically : an approach and case study for the continuous evolution of monoliths to microservices, Master Thesis No. 97, 2021. : Evaluating adjacency matrix for network visualization, Master Thesis No. 99, 2021. : Continuous Software Testing for IoT Environments, Master Thesis No. 73, 2021. : An investigation into the simulation of capacitive fiducial markers using deep learning, Master Thesis No. 104, 2021. : The power word problem in graph groups, Master Thesis No. 48, 2021. : CNN-based 6D pose estimation of vehicles for automated driving based on mono camera images, Master Thesis No. 111, 2021. : Moodle as Adaptive Learning Platform—Existing Solutions and Open Challenges, Master Thesis No. 98, 2021. : Algorithmic Planning, Simulation and Validation of Smart, Shared Parking Services using a Last Mile Hardware, Master Thesis No. 14, 2021. : Investigating the Orchestration of Containerized Enterprise Content Management Workloads in Cloud Environments Using Open Source Cloud Technology Based on Kubernetes and Docker, Master Thesis No. 57, 2021. : Monitoring und Optimierung von SQL Streaming in der Cloud, Master Thesis No. 49, 2021. : Probabilistic Belief Estimation for Generation of Shared Control Policies, Master Thesis No. 102, 2021. : Erklärbarkeit von Data Set Shifts in Zeitreihendaten von Feinstaubmessungen, Master Thesis No. 90, 2021. : Visualisierung approximativer und unscharfer Sortierungen auf Basis von Randbedingungen, Master Thesis No. 4, 2021. : Concepts for efficient query processing in hyperledger fabric using an eHealth use case as an example, Master Thesis No. 93, 2021. : Collection telemetry data for a static code analysis tool in a data protection compliant way, Master Thesis No. 43, 2021. : Frictions in software development : an interpretive phenomenological analysis, Master Thesis No. 95, 2021. : Developing a multimodal feedback motion guidance system in VR for people with motion disabilities, Master Thesis No. 100, 2021. : Pattern detection in declarative deployment models, Master Thesis No. 40, 2021. : Ansatz und Umsetzung zur Flexiblen Integration von Software in die Smart Home/Office Labor Umgebung mit Homey, Master Thesis No. 13, 2021. : Efficient and complete conflict graph generation schemes for railroad scheduling, Master Thesis No. 92, 2021. : Quantenunterstütztes Clustering mit hybriden neuronalen Netzen, Master Thesis No. 9, 2021. : Secure User Concept for Mercedes-Benz AG / VANs IoT Platform, Master Thesis No. 46, 2021. : Interactive elicitation of resilience scenarios in microservice architectures, Master Thesis No. 56, 2021. : Development of a Web-based application for analysis and visualization of CO2 emissions of european power systems, Master Thesis No. 56, 2020. : Temporal reasoning for web services composition for personal assistants, Master Thesis No. 16, 2020. : Region proposal network for simple objects in grasping experiments, Master Thesis No. 100, 2020. : Evaluating human-computer interfaces for specification and comprehension of transient behavior in microservice-based software systems, Master Thesis No. 95, 2020. : Mustererstellung für Quantenalgorithmen in einem Musterrepository, Master Thesis No. 31, 2020. : Privacy for the MBP IoT platform, Master Thesis No. 63, 2020. : Deep Learning Based Light-Field Image Super-Resolution, Master Thesis No. 90, 2020. : A software architecture for graph-based metadata management for CAE data, Master Thesis No. 80, 2020. : Property-based testing: evaluating its applicability and effectiveness for AUTOSAR basic software, Master Thesis No. 14, 2020. : Modellschätzung und Regelung flexibler Lasten, Master Thesis No. 49, 2020. : Distributed k-nearest neighbors using Locality Sensitive Hashing and SYCL, Master Thesis No. 86, 2020. : Design and Analysis of Hybrid Cloud Concepts for OpenClams, Master Thesis No. 15, 2020. : Live-modeling: enabling deployments at modeling time in OpenTOSCA, Master Thesis No. 29, 2020. : Modeling and transformation of serverless workflows, Master Thesis No. 55, 2020. : Framework for orchestrating application deployments using multiple deployment technologies, Master Thesis No. 30, 2020. : Glattheitsschätzung mittels Fouriertransformationen und hierarchischen Zerlegungen, Master Thesis No. 26, 2020. : Analyzing Music Instrument Playing History via an Interactive Visual Diary, Master Thesis No. 70, 2020. : Incremental Schema-agnostic Blocking for Entity Resolution of Web Data, Master Thesis No. 72, 2020. : Visual Analysis of Experimental Two-Phase Flow in Porous Media Ensemble Data, Master Thesis No. 40, 2020. : Nutzung von Provenance-Daten zur Analyse personenbezogener Daten gemäß DSGVO-Richtlinien, Master Thesis No. 37, 2020. : Autoencoder-based feature extraction for ensemble visualization, Master Thesis No. 62, 2020. : Automatische Modellextraktion von Serverless-Anwendungen, Master Thesis No. 79, 2020. : Learning to Profile: Finding Optimization Opportunities through Machine Learning, Master Thesis No. 23, 2020. : Reinforcement Learning zur optimalen Konfiguration von Datenstrom-Anwendungen mit selektiver Verarbeitung, Master Thesis No. 18, 2020. : Designing and implementing usable, interoperable, and reusable services of AI planning capabilities, Master Thesis No. 45, 2020. : Automatisierte Aggregation von Musterimplementierungen, Master Thesis No. 52, 2020. : A Meta-Approach to Guide Architectural Refactoring from Monolithic Applications to Microservices, Master Thesis No. 76, 2020. : Factors leading to retention and organizational turnover in software engineering : a conceptual model, Master Thesis No. 46, 2020. : Hierarchical adversarial imitation learning from motion capture data, Master Thesis No. 96, 2020. : Automated Test Generation for Asynchronous, Higher-Order Javascript Functions, Master Thesis No. 48, 2020. : Context-Based Load Shedding in Complex Event Processing, Master Thesis No. 74, 2020. : Long-term motion prediction in traffic, Master Thesis No. 99, 2020. : Graph sparsification techniques for triangle counting, Master Thesis No. 35, 2020. : Service-oriented design of energy management systems for microgrids, Master Thesis No. 7, 2020. : GPU Acceleration of Multi-frame Super-resolution Algorithm, Master Thesis No. 89, 2020. : Enabling multi-tenant scalable IoT platforms, Master Thesis No. 27, 2020. : Crunch time in software development: a theory, Master Thesis No. 34, 2020. : Immersive Kartendarstellungen für AR-Brillen, Master Thesis No. 60, 2020. : Realization of Artificial Intelligence Planning for the Ubiquitous Computing Environment of Manufacturing Intralogistics, Master Thesis No. 13, 2020. : Design of a software architecture for supervisor system in a satellite, Master Thesis No. 32, 2020. : A FPGA-Based Recurrent Neural Network for Video Super-Resolution, Master Thesis No. 93, 2020. : Privacy-aware Machine Learning, Master Thesis No. 19, 2020. : Natürlichsprachliche Anfragen an OSCAR, Master Thesis No. 2, 2020. : An Analytics Framework for the IoT Platform MBP, Master Thesis No. 8, 2020. : Entwicklung von fairen und personalisierten Machine Learning Modellen, Master Thesis No. 75, 2020. : Erfassen und Aufbereiten von Simulationsmetadaten zur Veröffentlichung, Master Thesis No. 77, 2020. : Design of a Rule-based Formalism to Predict VM Placements in Cloud Infrastructures, Master Thesis No. 41, 2020. : Investigating the relationship between conscientiousness and the performance in solving coding challenges, Master Thesis No. 47, 2020. : Integration of CH/HL-based route planning in OSCAR, Master Thesis No. 65, 2020. : Economic Feasibility Analysis of Vehicle-to-Grid Service from an EV Owner's Perspective in the German Electricity Market, Master Thesis No. 9, 2020. : Deployment-technology-agnostic management of running applications, Master Thesis No. 39, 2020. : Anisotropic selection schemes for order-adaptive variational optical flow methods, Master Thesis No. 33, 2020. : Experimental investigation of the consequences of expected source code understandability, Master Thesis No. 42, 2020. : Situationsabhängige Modellierung und Ausführung von Choreographien, Master Thesis No. 3, 2020. : Enabling Intra- and Inter-layer Processing in Multi-core Deep Learning Accelerators, Master Thesis No. 91, 2020. : Travel service composition under temporal contraints, Master Thesis No. 11, 2020. : Learn2Sign: sign language recognition and translation using human keypoint estimation and transformer model, Master Thesis No. 54, 2020. : Representation learning of scene images for task and motion planning, Master Thesis No. 92, 2020. : Time-sensitive Deployment and Management for Cyber-Physical Systems using TOSCA, Master Thesis No. 1, 2020. : Anwendung der Well-Separated Pair Decomposition auf Sichtbarkeitsgraphen, Master Thesis No. 66, 2020. : Learning metrics for balancing load in street-networks, Master Thesis No. 38, 2020. : Situationserkennung mithilfe von Smart Contracts, Master Thesis No. 71, 2020. : Experimentelle Untersuchung des Placeboeffekts beim Verstehen von Quellcode, Master Thesis No. 12, 2020. : Learning planning domains for office buildings using IoT data, Master Thesis No. 57, 2020. : Feasibility analysis of using Model Predictive Control in Demand-Side Management of residential building, Master Thesis No. 25, 2020. : Knowledge Representation and Automated Reasoning for Decision Support on Fault Correction in Manufacturing, Master Thesis No. 36, 2020. : Deep visualization for MR-based biological age estimation, Master Thesis No. 67, 2020. : Visual Correlation of Network Flows and Host-Based Data, Master Thesis No. 68, 2020. : Evaluating the Bipartite Graph Layout for Network Visualization, Master Thesis No. 98, 2020. : Visual MIDI Data Comparison, Master Thesis No. 69, 2020. : Explainable question answering beyond F1: metrics, models and human evaluation, Master Thesis No. 43, 2020. : Learning deep collaborative policies from human-human interaction, Master Thesis No. 97, 2020. : Psychometric Evaluation of IBM Watson Personality Insights and LIWC for assessing Software Developer Personalities, Master Thesis No. 58, 2020. : Quantization of automatic speech recognition networks, Master Thesis No. 84, 2020. : Automating Machine Learning Pipeline for Time Series Prediction: A New Framework based on Recurrent Neural Networks, Master Thesis No. 81, 2020. : About the design changes required for enabling ECM systems to exploit cloud technology, Master Thesis No. 44, 2020. : Using software-performance-antipatterns and profiling traces to perform code-refactorings, Master Thesis No. 51, 2020. : Java Interface for Secure Crypto Config, Master Thesis No. 59, 2020. : Generation-based continual learning approach for visual question answering, Master Thesis No. 53, 2020. : Multi-frame approaches for learning optical flow predictions, Master Thesis No. 61, 2020. : Extending the Palladio Meta-Model to Support Memory Hierarchy, Master Thesis No. 82, 2020. : System zur Kompression und Verwaltung für die Archivierung von Computertomographie-Datensätzen, Master Thesis No. 94, 2020. : PISM Performance Profiling - Analyse einer Eisschild Simulation, Master Thesis No. 87, 2020. : Analyzing the Effects of Elastic Weight Consolidation on Continual Learning in the Domain of Visual Question Answering, Master Thesis No. 73, 2020. : Analysis and Deployment of Dialog Systems for Business Applications, Master Thesis No. 85, 2020. : Development of a vendor independent quantum computing transpiler, Master Thesis No. 50, 2020. : Entwicklung und Implementierung eines selbstlernenden Dimensionierungstools zum Abbilden und zur konstruktiven Auslegung eines Bahnkörpers von Eisenbahnstrecken im (E)DCC-Modellansatz, Master Thesis No. 88, 2020. : On the number of Delaunay Triangles occurring in all contiguous subsequenes, Master Thesis No. 5, 2020. : Analyse und Implementierung unterschiedlicher rekurrenter neuronaler Netze für multimodale Emotionserkennung, Master Thesis No. 78, 2020. : Development of Quality Measures for Distributed Systems derived by Distributed Tracing, Master Thesis No. 24, 2020. : CNN-Based Volume Segmentation for Industrial Computed Tomography, Master Thesis No. 99, 2019. : Entwicklung eines interaktiven Visual Analytics Tools zur Analyse von Fahrtvideos, Master Thesis No. 96, 2019. : Development of Independent Interface for Intelligent Interior using in-vehicle Object Detection, Master Thesis No. 97, 2019. : HTN Planning with Utilities, Master Thesis No. 63, 2019. : Simulation, Modeling and Verification Environment for Multi-core Software Architectures for Automotive Embedded Systems, Master Thesis No. 93, 2019. : Design und Vergleich von in Benachrichtigungen integrierten Visualisierungen für Smartwatches, Master Thesis No. 74, 2019. : Automated Trace Analysis of Test Traces, Master Thesis No. 92, 2019. : Learning object affordances using human motion capture data, Master Thesis No. 111, 2019. : Software test automation for IoT applications : design and implementation of a test framework for the digital concepts gateway, Master Thesis No. 43, 2019. : Curvature-minimizing interface reconstruction, Master Thesis No. 73, 2019. : Eine Analyse der Benutzererfahrung in der Interaktion mit einem Kino Chatbot, Master Thesis No. 66, 2019. : Parallel Architecture of High Throughput JPEG2000 Decoder, Master Thesis No. 106, 2019. : An industrial case study of Palladio: Evaluating the scalability, elasticity and cost-efficiency of a cloud-based architecture, Master Thesis No. 17, 2019. : Framework für einen zusammengesetzten Datenspeicher, Master Thesis No. 40, 2019. : Learning Robotic Reactive Behavior from Human Demonstration via Dynamic Behavior Trees, Master Thesis No. 108, 2019. : Machine Learning to Predict Optimization Results On-The-Fly, Master Thesis No. 109, 2019. : Characteristics of Neighbourhood Vector Spaces for Abstract and Concrete Words, Master Thesis No. 81, 2019. : Das Ordnungsproblem für Automatengruppen und verwandte Fragestellungen, Master Thesis No. 67, 2019. : Herausforderungen in der Releaseplanung im Umfeld Automotive, Master Thesis No. 55, 2019. : Multilingual Analysis of Food Words, Master Thesis No. 89, 2019. : Dynamic safe active learning with NARX Gaussian processes, Master Thesis No. 113, 2019. : A Heuristic Approach for Joint Scheduling and Routing in Time-Sensitive Networks, Master Thesis No. 116, 2019. : Lokales Alerting in Monitoringsystemen, Master Thesis No. 42, 2019. : A machine learning approach to control musculoskeletal systems, Master Thesis No. 107, 2019. : 2D-3D registration of computed tomography data using neural networks, Master Thesis No. 105, 2019. : Metadata management in the data lake architecture, Master Thesis No. 44, 2019. : Investigation and Implementation of Sparsity for a CNN Accelerator on FPGA using HLS, Master Thesis No. 100, 2019. : CO2 signal prediction for energy demand-side management: a service-oriented architecture, Master Thesis No. 25, 2019. : Konzept und Implementierung einer Patternlandkarte zur Navigation durch Patternsprachen, Master Thesis No. 48, 2019. : Notification Mechanisms for Smart TVs, Master Thesis No. 1, 2019. : Design and proto-typical implementation of an analysis tool interface for a task-based PGAS runtime, Master Thesis No. 94, 2019. : Massive hypergraph partitioning, Master Thesis No. 60, 2019. : Integration von Datenqualitätsmethoden in das Datenflusswerkzeug FlexMash, Master Thesis No. 36, 2019. : A Deep Learning Based Registration Method for 3D CT Volume, Master Thesis No. 104, 2019. : Design und Implementierung eines Konzepts zur eindeutigen Identifizierung von Softwarekomponenten auf Geräten im IIoT-Umfeld, Master Thesis No. 114, 2019. : A framework for learning activities of office occupants, Master Thesis No. 14, 2019. : Visualizing Optimization Trajectories, Master Thesis No. 95, 2019. : Serverless Applikationen in Multi-Cloud-Umgebungen : Architektur und Design Eventbasierter Kommunikation, Master Thesis No. 30, 2019. : Analysis and evaluation of composition languages and orchestration engines for microservices, Master Thesis No. 2, 2019. : Decision support for migrating application's functionality to FaaS, Master Thesis No. 29, 2019. : Entwicklung eines Konzeptes zur Implementierung von Regelalgorithmen im Rahmen einer STPA und dessen Umsetzung in XSTAMPP 4.0, Master Thesis No. 65, 2019. : Visual Parameter Space Analysis for Classification Models, Master Thesis No. 75, 2019. : Scalable IoT platforms, Master Thesis No. 35, 2019. : Convergence Analysis of Neural Networks, Master Thesis No. 68, 2019. : Implementation of an automatic extract method refactoring, Master Thesis No. 21, 2019. : Herausforderungen in der Releaseplanung im Umfeld Automotive, Master Thesis No. 91, 2019. : Modeling and simulation of situations in mobile cyber-physical systems, Master Thesis No. 3, 2019. : Development of a web-based application for automated energy management system, Master Thesis No. 13, 2019. : Visuelle Analyse multidimensionaler Daten und Attribute per Ordnungsstatistik, Master Thesis No. 80, 2019. : Feature Engineering for Road Condition Service, Master Thesis No. 11, 2019. : Cloud Manufacturing : eine systematische Mapping-Studie, Master Thesis No. 47, 2019. : Framework for migrating deployed serverless applications, Master Thesis No. 57, 2019. : Design and implementation of a QoS-aware communication protocol for named data networks, Master Thesis No. 24, 2019. : Strategic Portfolio Analysis on the fly – A metric based digital transformation of a foundational decision support framework, Master Thesis No. 34, 2019. : A morphological visualization analysis of porous structures in phase inversion processes, Master Thesis No. 77, 2019. : Modellierung und Deployment von cyber-physischen Systemen basierend auf TOSCA, Master Thesis No. 5, 2019. : Developing a general concept for handling the foreseeable misuse scenarios of automated driving functions, Master Thesis No. 6, 2019. : Placement of application components in industrial environments, Master Thesis No. 28, 2019. : Automatische Ressourcenselektion in Datenanalysepipelines, Master Thesis No. 37, 2019. : Determining the center of rotation for computed tomography data using neural networks, Master Thesis No. 101, 2019. : Implementierung eines automatischen Refactorings zur Reduzierung von dupliziertem Quellcode, Master Thesis No. 31, 2019. : Automatisierte Archivierung und Wiederinbetriebnahme cloud-basierter Anwendungen, Master Thesis No. 49, 2019. : Entwicklung einer datenschutzfreundlichen Ausführungsumgebung für Smart-Home-Dienste, Master Thesis No. 7, 2019. : Evaluation of 2D combination of eye-tracking metrics for task distinction, Master Thesis No. 79, 2019. : User-Defined Visual Shaping of Document Collections, Master Thesis No. 76, 2019. : Integration of heterogeneous data in the data vault model, Master Thesis No. 8, 2019. : Architekturentwurf zur Mehrklassen-Fahrzeugerkennung mit kleinen, vollständigen Faltungsnetzen, Master Thesis No. 71, 2019. : Data center simulator for sustainable data centers, Master Thesis No. 50, 2019. : Disambiguation on Write, Master Thesis No. 18, 2019. : Konzeption und Realisierung einer Cloud-Manufacturing-Orchestrations- und Planungsplattform, Master Thesis No. 9, 2019. : Comprehensive Support of the Lifecycle of Machine Learning Models in Model Management Systems, Master Thesis No. 87, 2019. : Hierarchical inverse reinforcement learning from motion capture data, Master Thesis No. 110, 2019. : Quantum-enhanced machine learning in the NISQ era, Master Thesis No. 54, 2019. : Ontology-based Product Catalog Exploration, Master Thesis No. 70, 2019. : Route planning based on destination signs in OpenStreetMap, Master Thesis No. 59, 2019. : A Systematic Approach to extend the common Software Testing Types with modules specific to the field of Machine Learning, Master Thesis No. 64, 2019. : GitOps basiertes Continuous Delivery für Serverless Anwendungen, Master Thesis No. 10, 2019. : Die Rolle von Verschränkung im Quantencomputing : Speedup und Konsensusprotokolle, Master Thesis No. 58, 2019. : Benutzung von Laufzeitdaten für die Wartbarkeitsanalyse von Service- und Microservice-basierten Systemen, Master Thesis No. 41, 2019. : Analysis of Parallel Processing Processes by Task Graph Reduction, Master Thesis No. 84, 2019. : Approximating distributed graph algorithms, Master Thesis No. 15, 2019. : Evaluation and Optimizations of Best Effort Streams in Time-Sensitive Networking, Master Thesis No. 115, 2019. : Extraktion und Mapping der in Chef Kochbüchern beschriebenen Deployment Architekturen auf ein generisches Architekturmodell, Master Thesis No. 32, 2019. : Speichern und Visualisieren von Struktureller Provenance, Master Thesis No. 39, 2019. : A Deep Learning Based 3D Super Resolution Method for 3D Volume Data in Computed Tomography, Master Thesis No. 102, 2019. : Deep Learning Based Cascaded Networks For Segmentation Of CT Volume With Metal Artifacts, Master Thesis No. 103, 2019. : Entwicklung einer generischen Architektur für Quanten-Services in der Cloud, Master Thesis No. 56, 2019. : Concept for executing management operations on components of application instances, Master Thesis No. 52, 2019. : Situation Prediction for Situation-Aware Workflows on Customer Order Settlements, Master Thesis No. 69, 2019. : Fehlereinflussanalyse der Radar Perception-Komponente und beispielhafte Anwendung in Anforderungsmanagement und Safety-Analyse, Master Thesis No. 90, 2019. : Host-based Intrusion Detection to enhance Cybersecurity of Real-time Automotive Systems, Master Thesis No. 86, 2019. : Blockchained Spreadsheets, Master Thesis No. 85, 2019. : Untersuchung von Automatisierungsstufen beim dynamisierten Überlagern physischer und digitaler Entitäten, Master Thesis No. 78, 2019. : Analysis and Transfer of AutoML Concepts for Clustering Algorithms, Master Thesis No. 83, 2019. : Visual tracking and analysis of web content dissemination, Master Thesis No. 72, 2019. : Why-Not Provenance für geschachtelte Daten in Spark, Master Thesis No. 38, 2019. : Topologie-basierte und verteilte Provisionierung von IoT Anwendungen, Master Thesis No. 16, 2019. : Nutzung von Standards und Technologien des Semantischen Webs zur Repräsentation von Mustersprachen, Master Thesis No. 46, 2019. : Minderung von Photonen-Rauschen mittels neuronaler Netze in Röntgenbildern, Master Thesis No. 98, 2019. : Design und Implementierung eines OPC-UA/TSN-Systems mit Echtzeit-Publish/Subscribe-Funktionalität, Master Thesis No. 117, 2019. : Ein Sicherheitskonzept für IoT-Plattformen, Master Thesis No. 88, 2019. : Predicting user intent during teleoperation using neural networks, Master Thesis No. 112, 2019. : The Influence of Load Shedding on the Stream Quality in CEP Applications, Master Thesis No. 82, 2019. : Automated detection and extraction of deployment components of Docker services, Master Thesis No. 33, 2019. : Analysis of transformation capabilities between communication types of cloud application components, Master Thesis No. 4, 2018. : Cloud-native applications: authoring and evaluation of two deployment patterns, Master Thesis No. 5, 2018. : Exploring simplified subtitles to support spoken language understanding, Master Thesis No. 1, 2018. : Modularization of representative load tests for microservice applications, Master Thesis No. 2, 2018. : Improving Google’s open-source machine learning system TensorFlow, Master Thesis No. 3, 2018. : Development of a virtual test bench in a Co-Simulation environment, Master Thesis No. 9, 2018. : Visual question answering for intuitive human-robot collaborations using compositional neural networks, Master Thesis No. 120, 2018. : Human Factor Analyse eines zukünftigen Systems zum automatisierten Fahren mittels STPA und Evaluation des Mehrwerts ggü. traditionellen Verfahren, Master Thesis No. 10, 2018. : Concepts and tools for measuring the complexity of service choreography models, Master Thesis No. 11, 2018. : Parallelization of forward Projection with The Seperable Footprint Method on GPU, Master Thesis No. 108, 2018. : Divide-and-conquer scheduling for time-sensitive networks, Master Thesis No. 12, 2018. : Multi-criteria bicycle routing, Master Thesis No. 13, 2018. : Nutzung von Provenance zur Optimierung von mit YesWorkflow annotierten Skripten, Master Thesis No. 33, 2018. : CO2 emissions related to electricity, an architecture implemented in Python, Master Thesis No. 15, 2018. : Machine question answering with attention-based convolutional neural networks, Master Thesis No. 16, 2018. : Manipulation der Typisierung serialisierter SKilL-Graphen, Master Thesis No. 17, 2018. : Visuelle Unterstützung zur Analyse von Repertory Grids, Master Thesis No. 18, 2018. : Testing in mobile cyber-physical systems, Master Thesis No. 19, 2018. : Enhancing data flow models with computing requirements for IoT environments, Master Thesis No. 20, 2018. : 3D pose estimation of vehicles from monocular videos using deep learning, Master Thesis No. 117, 2018. : Implementation of Tabled Asymmetric Numeral System Entropy Encoding in FPGA, Master Thesis No. 124, 2018. : Speculative reordering for a latency-optimized privacy protection in complex event processing, Master Thesis No. 21, 2018. : Comparing service orientation and object orientation: a case study on structural benefits and maintainability, Master Thesis No. 22, 2018. : Understanding deep neural networks' behavior via local investigation along paths, Master Thesis No. 126, 2018. : Octo-Tiger: Binary star systems with HPX on Nvidia P100, Master Thesis No. 23, 2018. : Modeling recommendations for pattern-based mashup plans, Master Thesis No. 25, 2018. : Execution of data flow models in distributed IoT environments, Master Thesis No. 26, 2018. : Cooperative Motion Planning for Automated High Density Parking, Master Thesis No. 121, 2018. : Examination of Outlier Detection for Ensuring Model Performance of Safety-relevant Machine Learning Methods, Master Thesis No. 122, 2018. : Deep learning based mutual robot detection and relative position estimation, Master Thesis No. 127, 2018. : Deep reinforcement learning for high-level behavior decision making, Master Thesis No. 128, 2018. : Personenbezogene Daten im Data Lake, Master Thesis No. 27, 2018. : Generating field data with GANs for evaluations of visualization performance, Master Thesis No. 83, 2018. : Update management for wireless sensor nodes, Master Thesis No. 28, 2018. : An energy-aware mobile gateway for Bluetooth low energy-powered Internet of Things devices, Master Thesis No. 29, 2018. : Window drop load shedding in complex event processing, Master Thesis No. 30, 2018. : Visuelle interaktive Exploration relationaler Daten mit geographischem Bezug, Master Thesis No. 31, 2018. : Hierarchical Scheduling of Inter-domain Traffic in Time-sensitive Networks, Master Thesis No. 105, 2018. : Visualization and analysis of text documents with geographic references, Master Thesis No. 82, 2018. : Visual exploration of topics in multimedia news corpora, Master Thesis No. 34, 2018. : API diversity for microservices in the domain of connected vehicles, Master Thesis No. 35, 2018. : User Performence with Frequency Plots, Master Thesis No. 107, 2018. : Secure Generic Data Synchronisation and Sharing, Master Thesis No. 36, 2018. : Dynamic consistency checking of cloud computing patterns, Master Thesis No. 37, 2018. : Charakterisierung strukturell einfacher Quantorenalternierungen, Master Thesis No. 38, 2018. : Design und Implementierung eines Linkers für SKilL/Bauhaus, Master Thesis No. 39, 2018. : Versioning of applications modeled in TOSCA, Master Thesis No. 40, 2018. : ML-based visual analysis of droplet behaviour in multiphase flow simulations, Master Thesis No. 41, 2018. : Spatial predictive models of object manipulation, Master Thesis No. 118, 2018. : Typesafe parallel serialization in SKilL/Rust, Master Thesis No. 42, 2018. : Improved descriptor Learning for correspondence problems, Master Thesis No. 79, 2018. : How to ensure safety and security during condition monitoring and predictive maintenance : a case study, Master Thesis No. 6, 2018. : Design and implementation of highly-efficient data structures for parallel complex event processing framework on multicore shared memory architecture, Master Thesis No. 43, 2018. : IoT based monitoring and control for energy management system, Master Thesis No. 44, 2018. : Speech interface for human and robot collaboration, Master Thesis No. 116, 2018. : Zugriffskontrollmodel für Data Lakes, Master Thesis No. 45, 2018. : Evaluating various transaction processing characteristics of permissioned blockchain networks, Master Thesis No. 46, 2018. : Neural network user intent prediction for robot teleoperation, Master Thesis No. 114, 2018. : Interaktive visuelle Analyse historischer Zeitungsnachrichten, Master Thesis No. 47, 2018. : Architectural analysis of blockchain-based decentralized energy management systems, Master Thesis No. 48, 2018. : Semantic querying of distributed pattern and solution repositories, Master Thesis No. 49, 2018. : A visual analytics approach for explainability of deep neural networks, Master Thesis No. 50, 2018. : ML-based adaptive encoding for high-resolution interactive remote visualisation, Master Thesis No. 7, 2018. : Model-based policy search for learning mulitvariate PID gain scheduling control, Master Thesis No. 125, 2018. : Policy4TDLIoT - Policys für die Topic Description Language, Master Thesis No. 51, 2018. : Konzeption und Realisierung einer Cloud-Plattform zur Konfiguration und dem Deployment von Services, Master Thesis No. 53, 2018. : Evaluation of prediction mechanisms of parameters for data mining algorithms, Master Thesis No. 54, 2018. : Master Annotator: enhancing distant supervision through visual interfaces, Master Thesis No. 55, 2018. : In-network complex event processing using advanced data-plane programming, Master Thesis No. 56, 2018. : A canonical language for complex event processing systems, Master Thesis No. 57, 2018. : Konzeption und Realisierung einer dynamischen Service Plattform zur Verbindung von internen und externen Komponenten, Master Thesis No. 58, 2018. : Exploring graphical-user-interface based communication for commands and feedback between humans and robots, Master Thesis No. 130, 2018. : Design and implementation of a container-based architecture for real-time control applications, Master Thesis No. 59, 2018. : Interaktive Kennzeichnung großer multimedialer Nachrichten-Korpora, Master Thesis No. 60, 2018. : Ein systematischer Vergleich zwischen modellbasierten und profiling-basierten Performance-Analyseverfahren, Master Thesis No. 61, 2018. : Conception of a blockchain client for secure transmission of production data, Master Thesis No. 62, 2018. : Automated Deployment of Applications in Infrastructure and Platform Service Model of Cloud Computing, Master Thesis No. 63, 2018. : Framework for automatic selection of analytic platforms for data mining tasks, Master Thesis No. 64, 2018. : Paritätsspiele in quasipolynomieller Zeit, Master Thesis No. 106, 2018. : Performance Simulation of Scheduling Mechanisms for Heterogeneous Automotive Software Systems, Master Thesis No. 65, 2018. : Parallel Architecture for Asymmetric Numeral System Entropy Coding Algorithm, Master Thesis No. 123, 2018. : Mesh-based boundary handling using pressure forces : a new method for rigid body SPH boundary objects, Master Thesis No. 81, 2018. : Securing DevOps : detection of vulnerabilities in CD pipelines, Master Thesis No. 66, 2018. : Skilled LLVM, Master Thesis No. 67, 2018. : Automatic indoor modelling using crowd-sensed point clouds, Master Thesis No. 85, 2018. : Indoor human tracking using environment-aware motion models from convolutional neural networks, Master Thesis No. 131, 2018. : Immersive Spatio-Temporale Suche und Exploration zur Entscheidungsunterstützung, Master Thesis No. 68, 2018. : Vision assisted biasing for robot manipulation planning, Master Thesis No. 132, 2018. : Data Race Analyse in SKilL/Bauhaus, Master Thesis No. 69, 2018. : 3D CT Reconstruction Architecture for FPGA, Master Thesis No. 109, 2018. : Halo Detection to Improve the Reaction Time of Automatic Headlamp Steering System, Master Thesis No. 8, 2018. : Ausarbeitung einer ressourceneffizienten Speicherverwaltung für einen Car2X Stack nachWave Standard, Master Thesis No. 70, 2018. : Flow control for event-based cyber-physical systems, Master Thesis No. 72, 2018. : Vergleich und Implementierung mehrerer Handerkennungsalgorithmen mit maschinellem Lernen auf Basis von 2D- und 3D-Bilddaten, Master Thesis No. 115, 2018. : Strategien zur adaptiven Gewichtung von Daten- und Glattheitstermen in Variationsansätzen zur Bewegungsschätzung, Master Thesis No. 73, 2018. : Combining application layer and network layer filtering in Pub/Sub systems, Master Thesis No. 74, 2018. : In-memory check pointing in speculative parallel complex event processing, Master Thesis No. 75, 2018. : Analysis of spatiotemporal ensemble data using machine learning, Master Thesis No. 76, 2018. : Provisionierung und Management von heterogenen IoT-Geräten mit TOSCA, Master Thesis No. 77, 2018. : Neural-based methods for user simulation in dialog systems, Master Thesis No. 78, 2018. : Orthogonale Dünngitter-Teilraumzerlegungen, Master Thesis No. 84, 2018. : CNN based Spatio-Angular Super-Resolution of 4D Light Field Images, Master Thesis No. 111, 2018. : Design and development of software agents for location privacy-risk estimation, Master Thesis No. 86, 2018. : Automated Continuous Deployment of Head Unit Software and User Interface Software on an Electronic Control Unit, Master Thesis No. 87, 2018. : Learning to plan in large domains with deep neural networks, Master Thesis No. 119, 2018. : Data Presentation and Reactive GUI for a Big-Data Information Retrieval Solution, Master Thesis No. 88, 2018. : Design and implementation of patterns for distributing virtual network functions, Master Thesis No. 89, 2018. : Lösungen für elastische Complex-Event-Processing-Systeme, Master Thesis No. 90, 2018. : Concept for security-aware modeling and deployment of NFV topologies using TOSCA, Master Thesis No. 91, 2018. : Prädiktive Modelle in YesWorkflow, Master Thesis No. 92, 2018. : Real-time analytics and monitoring of ML-applications using visual analytics, Master Thesis No. 32, 2018. : Code generation from on-board software models conforming to the On-board Software Reference Architecture (OSRA) using DLR software technologies, Master Thesis No. 93, 2018. : Visuelle Analyse von Netzwerkverkehr in Unternehmensnetzen, Master Thesis No. 80, 2018. : Configuration Management Platform for the Automation of the Bosch IoT Cloud, Master Thesis No. 94, 2018. : Deep reinforcement learning in dialog systems, Master Thesis No. 95, 2018. : Decoding Techniques Based On An Alternative Block Coding For JPEG2000, Master Thesis No. 113, 2018. : Komposition von Microservices mit TOSCA, Master Thesis No. 96, 2018. : Row detection and graph-based localization in tree nurseries using a 3D LiDAR, Master Thesis No. 129, 2018. : Suitability of serverless computing approaches, Master Thesis No. 97, 2018. : A Software Framework for Subjective Evaluation of Perceptual Image Coding Algorithms for High Bandwidth Image Streams, Master Thesis No. 112, 2018. : Generic templates for monitoring agents, Master Thesis No. 98, 2018. : Cloud Service Monitoring mit TOSCA, Master Thesis No. 99, 2018. : Interactive ray tracing of solvent excluded surfaces, Master Thesis No. 101, 2018. : How word-embedding methods improve information extraction and can be used for multilingual approaches, Master Thesis No. 102, 2018. : Comparison of Registration Algorithms for Detecting Spatial Changes in 3D Volumes, Master Thesis No. 110, 2018. : Inpainting methods for optical flow, Master Thesis No. 103, 2018. : Multi-time scale dynamic graph visualization, Master Thesis No. 1, 2017. : High-performance complex event processing to detect anomalies in streaming RDF data, Master Thesis No. 2, 2017. : Integration of IoT devices via a blockchain-based decentralized application, Master Thesis No. 3, 2017. : Data Generator for BPMN 2.0 Models Designed for Performance Testing, Master Thesis No. 5, 2017. : An extended analysis of difficulties and regularities in optical flow benchmarks, Master Thesis No. 4, 2017. : Deep Learning Techniques for Predictive Maintenance in AGV-based Systems, Master Thesis No. 105, 2017. : Erweiterung und Evaluation einer lupenbasierten Technik zur Exploration von Textsammlungen, Master Thesis No. 6, 2017. : Content arrangement on large high-resolution displays: a PDF-reader, Master Thesis No. 7, 2017. : Migration des Datenmanagements einer datenintensiven Anwendung in ein Big-Data Framework, Master Thesis No. 8, 2017. : Addressing TCAM limitations in an SDN-based pub/sub system, Master Thesis No. 9, 2017. : User-defined transfer functions to improve pointing performance in graphical user interfaces, Master Thesis No. 10, 2017. : Heterogene kamerabasierte Personenidentifikation, Master Thesis No. 11, 2017. : Progressive sparse coding for in situ volume visualization, Master Thesis No. 12, 2017. : Relevance of the two adjusting screws in data analytics: data quality and optimization of algorithms, Master Thesis No. 13, 2017. : Einsatz von semantischen Verfahren zur Unterstützung der SOA Governance, Master Thesis No. 14, 2017. : Natural language understanding and communication for human-robot collaboration, Master Thesis No. 117, 2017. : Vibrotactile motorcycle navigation, Master Thesis No. 15, 2017. : Integrating augmented reality data into a mobile simulation framework, Master Thesis No. 16, 2017. : Coupling of Particle Simulation and Lattice Boltzmann Background Flow on Adaptive Grids, Master Thesis No. 36, 2017. : Variationsansatz zur gemeinsamen Bestimmung von Tiefe, Albedo, Beleuchtung und der Kameraantwortfunktion, Master Thesis No. 18, 2017. : Measurement of the quality of structured and unstructured data accumulating in the product life cycle in a data quality dashboard, Master Thesis No. 19, 2017. : Crawling hardware for OpenTOSCA, Master Thesis No. 20, 2017. : Visual Exploration of Workload Performance Data, Master Thesis No. 21, 2017. : Dynamic cloud provisioning based on TOSCA, Master Thesis No. 22, 2017. : Performance anomaly detection in microservice architectures under continuous change, Master Thesis No. 23, 2017. : Entwicklung einer Softwarearchitektur für das LKW-Platooning anhand von ausgewählten Use Cases, Master Thesis No. 24, 2017. : A concept for describing concrete solutions to support their automated selection from patterns, Master Thesis No. 25, 2017. : Visual prediction of quantitative information using social media data, Master Thesis No. 26, 2017. : Konzept und Implementierung eines Systems zur ereignisinduzierten Informationsbereitstellung im Reinraum, Master Thesis No. 27, 2017. : Taxonomy of first and second order regularizers for variational motion estimation, Master Thesis No. 28, 2017. : Spatial CPU-GPU data structures for interactive rendering of large particle data, Master Thesis No. 29, 2017. : Transformation of REST API to GraphQL for OpenTOSCA, Master Thesis No. 30, 2017. : LAKE - eine flexible Datenstromverarbeitungsarchitektur, Master Thesis No. 31, 2017. : Smarter Cars - Situationserkennung im Fahrzeug basierend auf Complex Event Processing, Master Thesis No. 32, 2017. : Sensorbasierte Kompensierung von Eingabelatenzen auf Touchscreens, Master Thesis No. 34, 2017. : Automated proxy injection for redistributed applications, Master Thesis No. 33, 2017. : Supporting consumptions in parallel complex event processing operators on multicore architectures, Master Thesis No. 35, 2017. : Design and implementation of an evaluation testbed for fog computing infrastructure and applications, Master Thesis No. 36, 2017. : Enabling Mobile Navigation and Perception for a Curious Robot, Master Thesis No. 113, 2017. : Concurrent query analytics on distributed graph systems, Master Thesis No. 37, 2017. : A Comparative Analysis of the Super-Resolution Image Reconstruction Approaches on X-Ray Images, Master Thesis No. 107, 2017. : Dekomposition und Komposition von Microservices, Master Thesis No. 38, 2017. : Landmarkenbasierte Zerlegung von Routen, Master Thesis No. 81, 2017. : Autonome Lokalisation auf unscharfen Schätzungen mit geometrischem Map-Matching, Master Thesis No. 82, 2017. : An analysis of difficulties and regularities in optical flow benchmarks, Master Thesis No. 39, 2017. : Deployment of TOSCA cloud services archives using Kubernetes, Master Thesis No. 41, 2017. : Securing cloud service archives for function and data shipping in industrial environments, Master Thesis No. 40, 2017. : Mandantenfähige Cloud Architektur für die Synchronisation von Projektmanagement Softwareanwendungen, Master Thesis No. 42, 2017. : Adjusting virtual worlds to real world feedback limitations while using quadcopters, Master Thesis No. 43, 2017. : Visual analytics of city dynamics using social media data, Master Thesis No. 44, 2017. : Workload based provenance capture reduction, Master Thesis No. 45, 2017. : Interaktive, visuelle Fehleranalyse für die Chip- und Schaltkreisüberprüfung, Master Thesis No. 46, 2017. : Konzeptioneller Entwurf und Implementierung einer Methode zur automatisierten Verfeinerung von Topologien, Master Thesis No. 47, 2017. : Analysing and improving the crypto ecosystem of Rust, Master Thesis No. 48, 2017. : Designing a context-aware discovery service for IoT devices, Master Thesis No. 49, 2017. : Backward and Forward Compatibility for TOSCA Simple Profile in YAML Version 1.0: Concept and Modelling Tooling Support, Master Thesis No. 50, 2017. : Robot assistance for collaborative task execution, Master Thesis No. 112, 2017. : PatchMatch algorithms for motion estimation and stereo reconstruction, Master Thesis No. 52, 2017. : Visual analytics of big data from distributed systems, Master Thesis No. 53, 2017. : Gestaltung von grafischen Bedienelementen für neue Dimensionen der Touch-Eingabe, Master Thesis No. 54, 2017. : Design of an API Management Concept in Conjunction with a Shared Service Model for Specific Non-functional Requirements in the Context of Financial Services, Master Thesis No. 55, 2017. : Image-based estimation of the object kinematics for Advanced Driver Assistance Systems, Master Thesis No. 56, 2017. : A framework for service-based data processing, Master Thesis No. 57, 2017. : Simulation models for the performance analysis of bluetooth low energy in multi-device environment, Master Thesis No. 58, 2017. : Optimized Resource Matching for uploading bits in a PaaS Cloud, Master Thesis No. 59, 2017. : Design, Implementierung und Evaluation einer Anwendungssoftware für einen intelligenten Wandkalender, Master Thesis No. 60, 2017. : Design and Evaluation of Availability Models for the RabbitMQ Messaging Middleware, Master Thesis No. 83, 2017. : A platform for collaborative quality assurance of bibliographical references and notes, Master Thesis No. 61, 2017. : Verteilte Situationserkennung, Master Thesis No. 85, 2017. : Visual correlation analytics of event-based error reports for advanced manufacturing, Master Thesis No. 62, 2017. : Aktualisierung und Änderungsweitergabe in Workflow-Choreographien, Master Thesis No. 101, 2017. : Dynamische Teilausführung von Mashup Plans zur Modellierungszeit, Master Thesis No. 63, 2017. : Design and Development of Compression Algorithms for Scientific Simulation Data, Master Thesis No. 103, 2017. : Berechnung des Szenenflusses mit Variationsansätzen, Master Thesis No. 64, 2017. : Exploring User-Centered Attack Scenarios in the Wild, Master Thesis No. 65, 2017. : Datenherkunft für Dublettenerkennung, Master Thesis No. 86, 2017. : Evaluation of new CNN Models for Training on Small Datasets, Master Thesis No. 109, 2017. : Realisierung eines verteilten IT-Systems auf Basis von OPC UA, Master Thesis No. 66, 2017. : A Scalable FFT Processor Architecture Based on Dynamic Partial Reconfiguration, Master Thesis No. 67, 2017. : Leveraging continuous integration in space avionics - a design using declarative build automation paradigm, Master Thesis No. 68, 2017. : Ein volumetrischer Imposter zur Level-of-Detail-Darstellung von Partikeldatensätzen, Master Thesis No. 69, 2017. : Continuous Integration von AUTOSAR-Software, Master Thesis No. 70, 2017. : Tauglichkeit von Augmented-Reality-Brillen für die visuelle Analyse in Produktion und Fertigung, Master Thesis No. 71, 2017. : Data Augmentation Techniques for Neural Networks in Static Hand Gesture Recognition, Master Thesis No. 108, 2017. : Correlating facial expressions and contextual data for mood prediction using mobile devices, Master Thesis No. 72, 2017. : Investigation of volume rendering performance through active learning and visual analysis, Master Thesis No. 73, 2017. : Ein sicherer Object Store für Android, Master Thesis No. 87, 2017. : Modeling context-aware systems using TOSCA, Master Thesis No. 88, 2017. : Optimizing the efficiency of data-intensive Data Mashups using Map-Reduce, Master Thesis No. 89, 2017. : Finding Relevant Videos in Big Data Environments - How to Utilize Graph Processing Systems for Video Retrieval, Master Thesis No. 123, 2017. : Ein flexibles Datenmodell für prozessorientierte Geschäftsanwendungen, Master Thesis No. 90, 2017. : Stability Training of Convolutional Neural Networks for Defect Detection in Images, Master Thesis No. 110, 2017. : Evaluating CORDIC Algorithm for Generation of Exponential Terms in Fresnel Digital Holographic Reconstruction on FPGA, Master Thesis No. 106, 2017. : MatLab/Simulink model generation from a database, Master Thesis No. 120, 2017. : Routing algorithms for time sensitive networks, Master Thesis No. 74, 2017. : Approximate constrained model predictive control of compliant motion involving contact, Master Thesis No. 115, 2017. : Ensuring data plane consistency in SDN-based publish/subscribe systems, Master Thesis No. 91, 2017. : Analysis and representation of dataflows and performance influences in NoSQL systems, Master Thesis No. 75, 2017. : Investigation and prediction of distributed volume rendering performance, Master Thesis No. 92, 2017. : Gestensteuerung von Visualisierungen im Museumskontext, Master Thesis No. 76, 2017. : Variational perspective photometric stereo, Master Thesis No. 93, 2017. : Self-Adaptive Hardware Architecture For Real Time Online Data Stream Compression, Master Thesis No. 104, 2017. : Design of autonomous algorithms for location privacy, Master Thesis No. 77, 2017. : Online visualization of German power plants and their production, Master Thesis No. 94, 2017. : Choreography-based Consolidation of Interacting BPEL Processes having Loops, Master Thesis No. 78, 2017. : Quality assessment framework for business processes as a service in a heterogeneous cloud environment, Master Thesis No. 95, 2017. : Automated root cause isolation in performance regression testing, Master Thesis No. 96, 2017. : ACP Dashboard: an interactive visualization tool for selecting analytics configurations in an industrial setting, Master Thesis No. 97, 2017. : Performanzanalyse und Optimierung einer verteilten Multi-Physik Simulationssoftware, Master Thesis No. 98, 2017. : Advanced Error Model for Target Based Registration of 3D Point Clouds, Master Thesis No. 99, 2017. : Complexity analysis of meta decision processes, Master Thesis No. 114, 2017. : Individual characteristics of successful coding challengers, Master Thesis No. 79, 2017. : Concepts for handling heterogeneous data transformation logic and their integration with TraDE middleware, Master Thesis No. 80, 2017. : Hierarchical manipulation learning from demonstration, Master Thesis No. 118, 2017. : Location-history partitioning algorithms for privacy in non-trusted geo-social networks, Master Thesis No. 100, 2017. : A security concept for distributed data processing systems, Master Thesis No. 101, 2017. : Bayesian functional optimization of neural network activation functions, Master Thesis No. 116, 2017. : Online failure prediction for microservice architectures, Master Thesis No. 102, 2017. : Barrierefreies Smarthome, Master Thesis No. 1, 2016. : Aspects of Event-Driven Cloud-Native Application Development, Master Thesis No. 2016. : Regression Test Suite Selection and Minimization Based on Feature Modeling, Master Thesis No. 2016. : Investigation of Delay Opportunities of Mobile Notifications, Master Thesis No. 41, 2016. : Investigating Objective and Subjective Effects of Aggregating Forecasts from Multiple Sources, Master Thesis No. 2016. : Decision support for middleware performance benchmarking, Master Thesis No. 42, 2016. : Plattformunabhängige lokale SDN-Controller auf offener Weiterleitungshardware durch Anwendung von Containertechnologie, Master Thesis No. 5, 2016. : Resultatsclustering und einfache POI Exploration für OSCAR, Master Thesis No. 43, 2016. : Feature Based Volumetric Terrain Generation, Master Thesis No. 2016. : Speicherung von irregulären Voxeldatensätzen und Nutzung dieser für die Rekonstruktion von Computertomographie-Daten, Master Thesis No. 7, 2016. : IMAGE RECOSNTRUCTION FROM COMPRESSIVE SENSING MEASUREMENTS USING DEEP LEARNING, Master Thesis No. 8, 2016. : Performance Quantification of Volume Visualization, Master Thesis No. 2016. : Supporting organizational goals with mobile apps, Master Thesis No. 50, 2016. : Development of Differ and Merge Features for Models in the AMALTHEA Tool Platform, Master Thesis No. 95, 2016. : Persistence and Discovery of Reusable Cloud Application Topologies, Master Thesis No. 10, 2016. : Integrierte Rückverfolgbarkeit von Anforderungen, Master Thesis No. 44, 2016. : Visual Debugging for Particle-based Simulations of Fluids, Master Thesis No. 2016. : Vergleich und Bewertung von Methoden und Tools für den Entwurf und die Realisierung von REST APIs, Master Thesis No. 12, 2016. : Rule Based Inference and Action Selection Based on Monitoring Data in IoT, Master Thesis No. 2016. : Local Data Plane Event Handling in Software-defined Networking, Master Thesis No. 14, 2016. : Synthetic data generation for big data, Master Thesis No. 51, 2016. : Notification Strategies in Smart Environments, Master Thesis No. 15, 2016. : Multi-View Stereo with Inverse Depth Parameterization, Master Thesis No. 16, 2016. : Protecting Private Information in Event Processing Systems, Master Thesis No. 17, 2016. : Example-based Parameter Retrieval for Procedural Materials through Abstraction of Visual Features, Master Thesis No. 2016. : Prototypenentwicklung mit Bauhaus und SKilL, Master Thesis No. 19, 2016. : Evaluation and Analysis of Realizing Broker-based Content Routing Protocols in SDN, Master Thesis No. 2016. : Energy Models for Wireless Communication on Mobile Devices, Master Thesis No. 2016. : Dynamic APIs in a Connected Car Environment, Master Thesis No. 45, 2016. : Advanced Variational Methods for Dense Monocular SLAM, Master Thesis No. 22, 2016. : A Study of the Transferability of Tutorial Concepts of Games to Application Software, Master Thesis No. 46, 2016. : Intention-oriented Organizational Modeling - A Top-down Approach, Master Thesis No. 2016. : Goal-driven Context-sensitive Production Processes: A Case Study using BPMN, Master Thesis No. 2016. : Introducing Performance Awareness in an Integrated Specification Environment, Master Thesis No. 2016. : Predicting the GPU Execution Time of 3D Rendering Commands using Machine Learning Concepts, Master Thesis No. 2016. : Erkennung und dynamische Ersetzung von Fragmenten in Workflow-Modellen, Master Thesis No. 27, 2016. : From Lab to the Wild - Conducting Psychological Experiments in the Large, Master Thesis No. 47, 2016. : Entwicklung eines Frameworks zur Erstellung von AR Anwendungen für Industrie 4.0, Master Thesis No. 28, 2016. : Generierung und Optimierung von Testzeitplänen im Rahmen des SOA Change Managements, Master Thesis No. 29, 2016. : Kooperative Vorhersage der minimalen Anwendungsausführungszeit, Master Thesis No. 52, 2016. : Untersuchung von bekannten Gamificationsansätzen auf ihre Anwendbarkeit auf das Werkzeug der statischen Codeanalyse FindBugs, Master Thesis No. 30, 2016. : Vulnerability of Semantic Location Protection Schemes under long-term Location Exposure, Master Thesis No. 48, 2016. : Leseplaner - Bewältigen des Lesevolumens mithilfe von proaktiven Leseempfehlungen, Master Thesis No. 31, 2016. : Improving Software Quality with Continuous Integration in an Agile Development Process, Master Thesis No. 2016. : Exploration of programming by demonstration approaches for smart environments, Master Thesis No. 53, 2016. : Data parallelization in complex event processing without a dedicated splitter, Master Thesis No. 55, 2016. : OSM-Navigationssystem für Android Watch, Master Thesis No. 54, 2016. : Building a bluetooth automatic obstacle-avoidance robotic based in an agile development process, Master Thesis No. 56, 2016. : Variational perspective shape from shading with minimal surface regularisation, Master Thesis No. 57, 2016. : Augmenting movement with navigational aids from a projector drone, Master Thesis No. 58, 2016. : Erklärung fehlender Ergebnisse bei der Verarbeitung hierarchischer Daten in Spark, Master Thesis No. 59, 2016. : Adaptive Approximate Computing for Image Filtering using Dynamic Partial Reconfiguration, Master Thesis No. 49, 2016. : Evaluation of Alternative Distributions of a Choreography-based Smart City Transportation Application among Cloud Offerings, Master Thesis No. 33, 2016. : Design and implementation of an occupancy monitoring method for indoor public sensing applications, Master Thesis No. 60, 2016. : Active exploration and identification of kinematic devices, Master Thesis No. 61, 2016. : Realistic gate model for efficient timing analysis of very deep submicron CMOS circuits, Master Thesis No. 2016. : Syntax-directed Incremental Verification of Java Modeling Language Contracts, Master Thesis No. 62, 2016. : Model counting of string constraints for probabilistic symbolic execution, Master Thesis No. 63, 2016. : Adding value to object storage: integrating analytics with cloud storage back ends, Master Thesis No. 64, 2016. : The simultaneous maze solving problems, Master Thesis No. 65, 2016. : Exploring cloud-based sharing of community recipes for smart environments, Master Thesis No. 66, 2016. : Knowledge capturing and usage of evolving cloud application topologies, Master Thesis No. 67, 2016. : SKilLed Bauhaus, Master Thesis No. 35, 2016. : Conception and implementation of a secure engineering and key exchange mechanism for the open source PLC Beremiz using a test driven approach, Master Thesis No. 68, 2016. : Design and Implementation of Privacy-aware Cloud-based Search Algorithms for Tracking Mobile Devices, Master Thesis No. 69, 2016. : Interaktive, visuelle Auswertung von Daten tragbarer Sensoren zur Sturzdetektion und -Prophylaxe bei älteren Personen, Master Thesis No. 70, 2016. : Exploration of Smartphone-based Ad-hoc Interaction Methods with Smart Devices, Master Thesis No. 40, 2016. : Improving Automatic Software Repair with Probabilistic Symbolic Execution, Master Thesis No. 2016. : Contraction Hierarchies für kontinuierliche Graphsimplifizierung mit Qualitätsgarantien, Master Thesis No. 71, 2016. : A tool for episodic memory reflection based on implicit diary entries, Master Thesis No. 72, 2016. : Cost optimization for data placement strategies in an analytical cloud service, Master Thesis No. 73, 2016. : Automatic splitting in data-parallel complex event processing systems, Master Thesis No. 74, 2016. : Workload-enabled content-based routing in software-defined networks, Master Thesis No. 75, 2016. : Description languages for REST APIs - state of the art, comparison, and transformation, Master Thesis No. 76, 2016. : Repräsentation und Vergleich des Kontrollflusses von BPEL Prozessmodellen mit temporalen Aktivitätszustandsnetzwerken, Master Thesis No. 77, 2016. : Simulation and rendering of light field data in the Mitsuba renderer, Master Thesis No. 78, 2016. : Modelle und Programmierparadigmen für Geschäftslogik, Master Thesis No. 79, 2016. : Creation of a quality concept for situations within SitOPT, Master Thesis No. 80, 2016. : Code execution reports: visually augmented summaries of executed source code fragments, Master Thesis No. 81, 2016. : Recognition of resource patterns in human-centric processes : a case study, Master Thesis No. 82, 2016. : Caching concept for mobile engineering apps, Master Thesis No. 83, 2016. : Interpolation and compact representation of house numbers in the route planning context, Master Thesis No. 84, 2016. : Visualization of interface instabilities in two-phase flow, Master Thesis No. 85, 2016. : Definition eines Datenhaltungskonzepts für Industrie 4.0 Anwendungen, Master Thesis No. 86, 2016. : Incremental Weak Fréchet Map-Matching, Master Thesis No. 38, 2016. : A framework for light field analysis and benchmarking, Master Thesis No. 94, 2016. : Testabdeckungsmaße für den Integrationstest von E/E-Systemen im Fahrzeug, Master Thesis No. 87, 2016. : Design and implementation of a fault simulation layer for the combination technique on HPC systems, Master Thesis No. 88, 2016. : Serialization of Foreign Types with SKilL, Master Thesis No. 2016. : Combination usage of process mining and adaptive case management, Master Thesis No. 89, 2016. : Investigating the characteristics of unistroke gestures using a mobile game, Master Thesis No. 90, 2016. : A study on the relationship between FindBugs warnings, metrics and expert judgments, Master Thesis No. 91, 2016. : Konzept und Implementierung einer Komponente zur Kommunikation TOSCA-basierter Anwendungen, Master Thesis No. 92, 2016. : In-network packet priority adaptation for networked control systems, Master Thesis No. 93, 2016. : Proxemic Interactions for Interactive Exhibitions, Master Thesis No. 21, 2015. : Optimal routing for networked control systems using OpenFlow, Master Thesis No. 20, 2015. : Investigation of methods for reducing calibration effort in RSSI-based indoor locating systems, Master Thesis No. 2015. : Automatic software repair of C programs with genetic programming and fix patterns, Master Thesis No. 30, 2015. : Packet Scheduling Algorithms for a Software-Defined Manufacturing Environment, Master Thesis No. 2, 2015. : Concept and Implementation of Digital Beacons, Master Thesis No. 2015. : Design and implementation of TOSCA Service Templates for provisioning and executing bone simulation in cloud environments, Master Thesis No. 4, 2015. : Visualisierungsoptimierung von Repository Data Mining in Eclipse, Master Thesis No. 22, 2015. : Validation and Optimization of a Rule-Based Feature Recognition Method for CAD Design Retrieval, Master Thesis No. 23, 2015. : A Pattern Language for Modeling the Provisioning of Applications, Master Thesis No. 5, 2015. : Umsetzung eines Systems zur regelbasierten Analyse von Gesundheitsdaten, Master Thesis No. 6, 2015. : Taxonomy Extension through Synonym Discovery in Integrated Data, Master Thesis No. 2015. : Model-driven code generation for REST APIs, Master Thesis No. 31, 2015. : Minimierung und effiziente Algorithmen für erkennende Homomorphismen über omega-regulären Sprachen, Master Thesis No. 48, 2015. : Target Selection on Hand Held Tablets, Master Thesis No. 2015. : Situation Recognition Based on Complex Event Processing, Master Thesis No. 8, 2015. : Mapping molecular surfaces of arbitrary genus to a sphere, Master Thesis No. 32, 2015. : Inferring Object Hypotheses Based on Feature Motion from Dierent Sources, Master Thesis No. 15, 2015. : Konzept und Implementierung eines Situation Handlers, Master Thesis No. 10, 2015. : Reconstruction of thermodynamically consistent Particle Data from a reduced Representation using Pair-Correlation Functions, Master Thesis No. 24, 2015. : Development of a FEM Code for Fluid-Structure Coupling, Master Thesis No. 11, 2015. : Lastbalancierungsverfahren für dynamische und heterogene Linked-Cell Molekülsimulation, Master Thesis No. 12, 2015. : Tool for Non-Experts in the Context of Personal Health and Fitness, Master Thesis No. 25, 2015. : Conditional random fields based knowledge retrieval in mobile environments, Master Thesis No. 33, 2015. : Advanced Multi-core Simulation of Real-Time Embedded Systems, Master Thesis No. 2015. : Hybrid Application Layer and In-Network Content-Based Filtering in SDN, Master Thesis No. 2015. : Developing and evaluating input methods for uncertain data, Master Thesis No. 34, 2015. : Nutzung von Untertitel zur automatisierten Inhaltsgenerierung für Second-Screen Anwendungen, Master Thesis No. 26, 2015. : Real-Time Brain Mapping for Treating Substance Abuse using Neurofeedback, Master Thesis No. 15, 2015. : Design and implementation of a Domain Specific Language for defining ECM workloads in elastic cloud environments using TOSCA, Master Thesis No. 2015. : Development and Evaluation of Automatic Video Recaps from Lifelog Data, Master Thesis No. 2015. : Distributed Data Analytics Using Graph Processing Frameworks, Master Thesis No. 49, 2015. : Distributed Graph Processing and Partitioning for Spatiotemporal Queries in the Context of Camera Networks, Master Thesis No. 2015. : Cost and effort estimation technique for business process modeling, Master Thesis No. 50, 2015. : First Sight Visual Interest Detection on BCI captured Signals during Museum Visit, Master Thesis No. 19, 2015. : Refinement and Extension of the Cloud Decision Support Framework for Application Migration to the Cloud, Master Thesis No. 10, 2015. : Persistence, discovery, and generation of viable cloud application topologies, Master Thesis No. 35, 2015. : Automatische Startnummernerkennung für Automobilrennen, Master Thesis No. 36, 2015. : State machine replication for highly available service networks, Master Thesis No. 37, 2015. : Consolidation of Process Models that Interact via Compensation Handlers, Master Thesis No. 2015. : Filter (Dials | ...), Master Thesis No. 38, 2015. : Extending an open source enterprise service bus for PostgreSQL statement transformation to enable cloud data access, Master Thesis No. 39, 2015. : Automatic interpretation of a declarative cloud service description, Master Thesis No. 40, 2015. : Untersuchung von benutzeroberflächen für unterstützte Texteingabe im Kontext sozialer Kommunikation, Master Thesis No. 27, 2015. : Visualisierung kontinuierlich veränderlicher Graphen, Master Thesis No. 28, 2015. : Reduktion des Speicherverbrauchs generierter SKilL-Zustände, Master Thesis No. 19, 2015. : Ein echtzeitnaher Ansatz für Structure-from-Motion, Master Thesis No. 11, 2015. : Identifikation und Visualisierung von Halos in kosmologischen Simulationen, Master Thesis No. 41, 2015. : Robust Quasi-Newton Methods for Partitioned Fluid-Structure Simulations, Master Thesis No. 14, 2015. : Entwurf und Realisierung einer App zur Verwaltung von Taxonomien, Master Thesis No. 42, 2015. : Unified Routing and Map Rendering, Master Thesis No. 28, 2015. : Exploring maps using Leap Motion, Master Thesis No. 43, 2015. : Consistent Splitting of Event Streams in Parallel Complex Event Processing, Master Thesis No. 02020004, 2015. : Automatische Zusammenfassung von Quellcode-Kommentaren, Master Thesis No. 44, 2015. : Sat-basierte Überprüfung der Fehlersicherheit von Schaltungen, Master Thesis No. 8, 2015. : From Speech Recognition to Instruction Learning, Master Thesis No. 13, 2015. : BPMN 2.0 Relevant Process Fragments (RPF) repository, Master Thesis No. 45, 2015. : Specification and Runtime Extraction of Enterprise Application Architectures for Expert-Guided Performance Problem Diagnosis, Master Thesis No. 21, 2015. : Entwicklung eines Systems zur kontinuierlichen Integration für autonome Roboter, Master Thesis No. 22, 2015. : Konzept und Implementierung für Choreographiecontainer, Master Thesis No. 9, 2015. : Development and analysis of a window manager concept for consolidated 3D rendering on an embedded platform, Master Thesis No. 46, 2015. : Development of a Tool Chain for Analyzing Work Flow Based Data Systems anbd Deriving Predictive Process Indicators, Master Thesis No. 29, 2015. : A Form-Compiler for the Partition of Unity Code PaUnT, Master Thesis No. 47, 2015. : Design and Implementation of a Fault Tolerant VHDL Switch with Reconfigurable Routing Tables, Master Thesis No. 3589, 2014. : A Service-oriented and Cloud-based Statistical Analysis Framework, Master Thesis No. 3670, 2014. : Reliable Routing Table Reconfiguration for On-chip Network Switches, Master Thesis No. 3664, 2014. : Language Independent Modelling of Parallelism, Master Thesis No. 3554, 2014. : Compositing Concepts for the Presentation of Graphical Application Windows on Embedded, Master Thesis No. 3619, 2014. : Optimizing the Resource utilization of Enterprise Content management workloads through measured performance baselines and dynamic topology adaptation, Master Thesis No. 3663, 2014. : Integrating Cloud Service Deployment Automation With Software Defined Environments, Master Thesis No. 3567, 2014. : Analysis and Simulation of Scheduling Techniques for Real-Time Embedded Multi-core Architectures, Master Thesis No. 3578, 2014. : Design and Implementation of Adaptive On-Chip Memory Management for FPGA- based Image Processing Architectures, Master Thesis No. 3525, 2014. : Entwurf und Analyse von Konzepten zur effizienten Datenübertragung von Grafikrendering-Befehlen auf eingebetteten Systemen, Master Thesis No. 1, 2014. : Efficient Content-based Routing using OpenFlow, Master Thesis No. 7, 2014. : Real Time Image Sequence Decoding and Rendering on Multicore Architecture, Master Thesis No. 3529, 2014. : Extending Parking Assistance for Automative User Interfaces, Master Thesis No. 3522, 2014. : Machine Learning Methods for Fault Classification, Master Thesis No. 3580, 2014. : Simulation of Multi-core Scheduling in Real-Time Embedded Systems, Master Thesis No. 3556, 2014. : Cerebellar-based Learning Model for Humanoid Robot, Master Thesis No. 3, 2014. : Enabling Horizontal Scalability in an open source Enterprise Services Bus, Master Thesis No. 3545, 2014. : Optimization of Microprocessor-based Systems for Smart MEMS, Master Thesis No. 4, 2014. : Modellierung und Ausführung einer gekoppelten Festkörpersimulation mit Workflow-Choreographien, Master Thesis No. 3643, 2014. : REST compliant clients for REST APIs, Master Thesis No. 3703, 2014. : Embedded High-Performance Data Acquisition System Based on FPGAs, Master Thesis No. 3626, 2014. : Dynamic Scaling of Enterprise Cloud-Applications Based on Measured Performance Baselines, Master Thesis No. 1, 2014. : Concepts and Metrics for Measurement and Prediction of the Execution Time of GPU Rendering Commands, Master Thesis No. 3635, 2014. : Depth-Driven Variational Methods for Stereo Reconstruction, Master Thesis No. 3, 2014. : Mixed-Integer Linear Programming Applied to Temporal Planning of Concurrent Actions, Master Thesis No. 5, 2014. : Combing Multiple gesture Sensing Technologies to Interact with Public Displays, Master Thesis No. 3560, 2014. : Erweiterung der automatischen statischen Codeanalyse um Social Coding, Master Thesis No. 6, 2014. : Modeling of an automatic CAD-based feature recognition and retrieval system for group technology application, Master Thesis No. 2, 2014. : Analysis and design of document centric workflows for automating tasks in a multi-tenant cloud archive solution, Master Thesis No. 6, 2014. : Large-scale Data Mining Analytics Based on MapReduce, Master Thesis No. 3699, 2014. : Dynamic Deployment of Specialized ESB instances in the Cloud, Master Thesis No. 3671, 2014. : A Dual Core Sytsem for IoT Sensor Nodes, Master Thesis No. 5, 2014. : Rechnerunterstützte Problemformulierung in der Entwurfsoptimierung: Ein internetgestützter Ansatz, Master Thesis No. 2, 2014. : Hierarchische Optimierung mit Gradientenverfahren auf Dünngitterfunktionen, Master Thesis No. 3629, 2014. : Analyse von Algorithmen zur Bahnverbindungssuche, Master Thesis No. 3622, 2014. : Cloud-Dienste für Unternehmens-Datenbank, Master Thesis No. 7, 2014. : Thermal Imaging for Interactive Surfaces, Master Thesis No. 3478, 2013. : Conceptualization and implementation of a prototype for realistic simulation of vehicles, Master Thesis No. 3507, 2013. : Analysis of Cache Usability on Modern Real-Time Systems, Master Thesis No. 3409, 2013. : Development and Evaluation of an Assistive System using Hand Recognition and Motivating Elements, Master Thesis No. 3465, 2013. : Securing Cloud Applications with Two-Factor Authentication, Master Thesis No. 3452, 2013. : Development of a PCI-Express Interface on a FPGA for an Application with Low-Latency Random Accesses and High-Throughput, Master Thesis No. 5, 2013. : Design and Development of an FPGA based OFDMA Architecture for Powerline Communication, Master Thesis No. 4, 2013. : Distributed Control Algorithms for Adapting Publish/Subscribe in Software Defined Networks, Master Thesis No. 3498, 2013. : Choreography-based Business Process Consolidation in One-To-Many interactions, Master Thesis No. 3574, 2013. : Entwicklung analysebasierter Optimierungsmuster zur Verbesserung von Fertigungsprozessen, Master Thesis No. 3417, 2013. : Decision Support for Application Migration to the Cloud, Master Thesis No. 3572, 2013. : Modeling of a multi-core microblaze system at RTL and TLM abstraction levels in systemC, Master Thesis No. 3, 2013. : Energy-proportional Machines for Cloud Data Centers, Master Thesis No. 3586, 2013. : Optimization of Service Following in Automotive Radio by Applying Service Landscape Memory, Master Thesis No. 3479, 2013. : Simulation-Based Analysis For NBTI Degradation In Combinational CMOS VLSI Circuits, Master Thesis No. 3436, 2013. : Implementation of an Optimized Distance Function for Retrieval and Similarity Comparison of Non-rotational Parts, Master Thesis No. 3374, 2013. : Evaluation of Design Level Parallelism in Embedded Image Processing Architectures for Window-Based Image Processing Algorithms, Master Thesis No. 3550, 2013. : Design and Implementation of a Hardware Architecture for Multiple-Object Tracking, Master Thesis No. 3539, 2013. : Extending a Methodology for Migration of the Database Layer to the Cloud Considering Relational Database Schema Migration to NoSQL, Master Thesis No. 3460, 2013. : Analysis of Hierarchical Design Methodology for FPGA Hardware Design, Master Thesis No. 3524, 2013. : Device Selection Algorithm for Mobile Traffic Offloading, Master Thesis No. 3407, 2013. : Generating and Capturing of Continuous Data on Environmental Phenomena in Public Sensing Systems, Master Thesis No. 6, 2013. : Benchmarking the Co-Processing Capabilities of FPGA´s under High Level Language Conditions for Computing Intensive Applications in Image Processing and Matrix Algebra, Master Thesis No. 3553, 2013. : Providing in-network content-based routing using OpenFlow, Master Thesis No. 3450, 2013. : Visualization of Scheduling in Real-Time Embedded Systems, Master Thesis No. 3372, 2013. : Color Balance in LASER Scanner Point Clouds, Master Thesis No. 3477, 2013. : Accelerated Computation using Runtime Partial Reconfiguration, Master Thesis No. 3491, 2013. : Concepts and Realization of Quality of Data driven Simulation Workflows in BPEL, Master Thesis No. 3463, 2013. : Statistical Analysis and Comparative Visualization of Cellular Particle-based Simulations, Master Thesis No. 3422, 2013. : Person recognition and automated following using a low cost EGB-D sensor, Master Thesis No. 1, 2013. : Optimized Position Update Protocols for Secure and Efficient Position Sharing, Master Thesis No. 3458, 2013. : Embedding deterministic patterns in partial pseudo-exhaustive test, Master Thesis No. 2, 2013. : A Resource Efficient and Adaptive IP-Core for Display Technology, Master Thesis No. 3593, 2013. : Integration strukturierter und unstrukturierter Daten zur Prozessoptimierung, Master Thesis No. 3490, 2013. : DEVELOPMENT OF GENERIC SCHEDULING CONCEPTS FOR Open GL ES 2.0, Master Thesis No. 3385, 2013. : Design and Implementation of a High Throughput Image Processing Architecture for Streamed Data, Master Thesis No. 3438, 2013. : A Process Insight Repository supporting Process Optimization, Master Thesis No. 3402, 2013. : Online Self-Test Wrapper for Runtime-Reconfigurable Systems, Master Thesis No. 3439, 2013. : Extending an Open Source Enterprise Service Bus for SQL Statement Transformation to Enable Cloud Data Access, Master Thesis No. 3506, 2013. : Delay Characterization in FPGA-based Reconfigurable Systems, Master Thesis No. 3505, 2013. : Energy-efficient Cloud Computing Application Solutions and Architectures, Master Thesis No. 3349, 2012. : 3D Video Tracking and Localization of Underwater Swarm Robots, Master Thesis No. 3310, 2012. : Modeling of Design-for-test infrastructure in complex Systems-on-chips, Master Thesis No. 3304, 2012. : LTL- Erfüllbarkeitsprüfung für inkrementelle Entwicklung von Geschäftsprozessen, Master Thesis No. 3386, 2012. : Optimization of Feature Retrieval using Group Technology, Master Thesis No. 2012. : Assessing the Impact of Interactivity on Recall and Recognition, Master Thesis No. 3392, 2012. : Mental Task Classification Using Single-Electrode Brain Computer Interfaces, Master Thesis No. 3393, 2012. : LOCMIC:LOW COMPLEXITY MULTI-RESOLUTION IMAGE COMPRESSION, Master Thesis No. 3359, 2012. : Data Structures and Algorithms in Unified Parallel C for Molecular Dynamics, Master Thesis No. 3355, 2012. : Implementation of an Interactive Visualization Tool for Analyzing Dynamic Hierarchies, Master Thesis No. 3340, 2012. : Photodiode Signal Processing Algorithms and Architectures for Feature Extraction with Gbit/s Sampling Rates, Master Thesis No. 2, 2012. : Information Extraction from Social Media for Route Planning, Master Thesis No. 3413, 2012. : Fault tolerant routing algorithm for fully- and partially-defective NoC switches, Master Thesis No. 5, 2012. : Development of procedures and evaluation strategies for novel field-effect transistor sensors, Master Thesis No. 3249, 2012. : Cloud Migration - a Reference Process Model, Master Thesis No. 3348, 2012. : Adaptation of the Data Access Layer to Enable Cloud Data Access, Master Thesis No. 3305, 2012. : Implementation of Watershed Based Image Segmentation Algorithm in FPGA, Master Thesis No. 3256, 2012. : A Posteriori Rate Allocation for Digital Hologram based on the EBCOT encoder, Master Thesis No. 4, 2012. : Secure Position Sharing for Consecutive Position Updates, Master Thesis No. 8, 2012. : Selection, implementation and evaluation of a real-time, high level programmable image processing system and a content enhancement algorithm for side view mirror displays, Master Thesis No. 7, 2012. : Extending an Open Source Enterprise Service Bus for Dynamic Discovery and Selection of Cloud Data Hosting Solutions based on WS-Policy, Master Thesis No. 3347, 2012. : Design and Implementation of an FPGA-based Hardware/Software Platform to Accelerate Algorithms, Master Thesis No. 3394, 2012. : Development of a graphical numerical accuracy debugger based on an FPGA computing system, Master Thesis No. 3, 2012. : Merging of TOSCA Cloud Topology Templates, Master Thesis No. 3341, 2012. : Transaction-Level Instruction Set Simulator of megaAVR Micro-controller, Master Thesis No. 6, 2012. : Evaluation of advanced techniques for structural FPGA self-test, Master Thesis No. 11, 2011. : Parallel hardware architecture for JPEG-LS based on domain decomposition using context sets, Master Thesis No. 3216, 2011. : Optimization of Neural Network Simulator on GPGPU, Master Thesis No. 7, 2011. : Effcient Context Modelling and Segmentation for Parallel Lossless Image Compression, Master Thesis No. 10, 2011. : Event-based Automated Management of Cloud Applications, Master Thesis No. 3142, 2011. : Reliability Solutions for a Smart digital Factory using:(1)RFID based CEP (2)Image Processing based Error Detection (3)RFID based HCI, Master Thesis No. 3153, 2011. : Design and Implementation of an Efficient Message Dissemination Protocol for Public Sensing, Master Thesis No. 3177, 2011. : A Hardware Architecture for Numerical Instability Detection Based on Discrete Stochastic Arithmetic, Master Thesis No. 13, 2011. : Design of a Fault Tolerant End-to-End Flow Control Protocol for Networks on Chip, Master Thesis No. 9, 2011. : Development of an Error Detection and Recovery Technique for a SPARC V8 Processor in FPGA Technology, Master Thesis No. 3097, 2011. : Memory-ecient Lossless Video Compression Using Temporal Extended JPEG-LS and On-line Compression, Master Thesis No. 3254, 2011. : Modeling Distributed Applications in a Smarter Home Infrastructure, Master Thesis No. 1, 2011. : Extending an Open Source Enterprise Service Bus for Multi-Tenancy Support, Master Thesis No. 3166, 2011. : A Novel Low-power Model for Accelerometry-based Real-time Respiration Monitoring System, Master Thesis No. 2011. : Implementing Density Functional Theory (DFT)Methods on Many-core GPGPU Accelerators by Bishwajit Mohan Gosswami, Master Thesis No. 3221, 2011. : Konzeption und prototypische Umsetzung einer Referenzarchitektur für Manufacturing Analytics, Master Thesis No. 12, 2011. : Network Performance Improvement of open MPI on Windows HPC Cluster, Master Thesis No. 3072, 2011. : Die Bedeutung von Open-Source-Software für Cloud Computing in KMU, Master Thesis No. 3240, 2011. : Identification and Visualization of Key Ecological Indicators, Master Thesis No. 3233, 2011. : Parallel architectural design space exploration for real-time image compression, Master Thesis No. 3195, 2011. : Analysis and Optimization of Storage IO in Distributed and Massive Parallel High Performance Systems, Master Thesis No. 3196, 2011. : Development of a decision support system for dynamic evacuation route planning, Master Thesis No. 2011. : Design and development of a localization system for a sensor network in collective symbiotic organisms, Master Thesis No. 3137, 2011. : Konzeption und Implementierung einer integrierten Datenschicht für Produktionsprozessdaten, Master Thesis No. 8, 2011. : Development and Evaluation of a Prototype Metrology System for Robust Driver Attention Monitoring within Automotive Environments, Master Thesis No. 5, 2011. : Optimized Acquisition of Spatially Distributed Phenomena in Public Sensing Systems, Master Thesis No. 3188, 2011. : Hybrid Parallel Computing beyond MPI&OpenMp-Introducing PGAS&StarSs, Master Thesis No. 3215, 2011. : Concepts for an Intuitive User Interface for DLNA Using NFC Technology, Master Thesis No. 3176, 2011. : Geocast Routing Protocols Supporting Hybrid Geographic Addressing in Wireless Ad-hoc Networks, Master Thesis No. 6, 2011. : Test Automation and Evaluation of Graphical User Interfaces in a Continuous Integration Environment, Master Thesis No. 3, 2010. : Software-Based Self-Test For SUN's UltraSPARC T2 SoC, Master Thesis No. 2955, 2010. : Implementation of a FPGA-based Interface to a High Speed Image Sensor, Master Thesis No. 2993, 2010. : Evaluation of FPGA/Host Communication Based on Ethernet, Master Thesis No. 2946, 2010. : Machine Learning in Physical Cryptography, Master Thesis No. 3048, 2010. : Development of a Mass Memory Unit for a small University Satellite, Master Thesis No. 4, 2010. : Recognition of motion patterns based on mobile device sensor data, Master Thesis No. 3010, 2010. : Development of Stochastic Floating Point for Numerical Accuracy Analysis, Master Thesis No. 3071, 2010. : Multi-Tenancy Aware Full-Text Indexing Framework for an Enterprise Content Management Archive Service in the Cloud, Master Thesis No. 1, 2010. : Efficient Calibration of Probabilities of RFID Devices used in Real-time Production Monitoring, Master Thesis No. 2, 2010. : Evaluation of a Novel General Purpose Coprocessor Architecture based on Programmable Finite State Machine Technology, Master Thesis No. 3051, 2010. : Hardware-accelerated continuous particle image velocimetry based on reconfigurable logic, Master Thesis No. 3050, 2010. : Calculation of Event Correlation Quality, Master Thesis No. 6, 2010. : Parallelization of JPEG-LS Encoder for Lossless Compression of Images in CUDA, Master Thesis No. 5, 2010. : Program Analysis and Probabilistic SAT-solving, Master Thesis No. 3120, 2010. : Providing basic security mechanisms in a Publish/Subscribe system, Master Thesis No. 11, 2009. : Intelligent Model Caching for Data Mining, Master Thesis No. 9, 2009. : Modelling of Customer-Support and -Feedback processes at IBM Böblingen Development Laboratory, Master Thesis No. 7, 2009. : Analysis of Effects of MISRA-Compliance on the Efficiency of Code Generated for ASCET Models, Master Thesis No. 1, 2009. : FPGA Emulation of a GALS Network-on-Chip Interconnection, Master Thesis No. 2813, 2009. : Analysis of On-Chip Compression for Improving CMP System Performance, Master Thesis No. 2, 2009. : Verwaltung des Volltext-Indexes in einem dynamischen, verteilten Content Management System, Master Thesis No. 2914, 2009. : Simulation and Visualization of Fluid Behavior in Bio-inspired Self-Assembly Processes, Master Thesis No. 3, 2009. : Implementation and access optimization of a database containing 3D laser scanned objects, Master Thesis No. 2916, 2009. : 3D Detection of People, Master Thesis No. 4, 2009. : Investigation of the Impact of the Error Recovery Distribution on Power and Performance of Networks-on-Chip, Master Thesis No. 5, 2009. : Sparse Matrix-Vector Multiplications on Graphic Processors, Master Thesis No. 8, 2009. : Interaktive graphbasierte Filterung von Ergebnismengen, Master Thesis No. 8, 2008. : Development of an Advanced Configuration Algorithm for PCOM using Partial Application Configurations, Master Thesis No. 4, 2008. : Bandwidth extension of throat microphone signals with feature mapping techniques, Master Thesis No. 10, 2008. : LEON-based Multiprocessor System on FPGA netweork, Master Thesis No. 6, 2008. : Development of a method for the integrated handling of process variables and operational data sources, Master Thesis No. 9, 2008. : Correlation Measures for Text Analysis Results, Master Thesis No. 12, 2008. : Dynamic Hierarchical Clustering to Enhance OLAP Analysis, Master Thesis No. 11, 2008. : Design and Analysis of a Network-on-Chip Infrastructure, Master Thesis No. 7, 2008. : Real Time Robot Controller Framework Based on Cell/B.E. Architecture, Master Thesis No. 2777, 2008. : Generic Framework for prototyping of high-speed Digital Signal Processing, Master Thesis No. 3, 2008. : Framework for Distributed Data Processing, Master Thesis No. 1, 2008. : Distributed Architecture on Multi-Robot Organism Through Heterogeneous Tuple Space, Master Thesis No. 2, 2008. : Transaction Level Power and Timing Exploration of Bus Architecture, Master Thesis No. 6, 2007. : A Formalized Approach to Transaction Level Modeling, Master Thesis No. 12, 2007. : 3D Ball Detection in RoboCup, Master Thesis No. 11, 2007. : Anhanced Debussing of MPI-Parallel Applications and the Open MPI implementantion using Valgrid/Memchecker, Master Thesis No. 8, 2007. : Macroscopic Simulation of Bio-inspired Self-Assembly Process, Master Thesis No. 3, 2007. : Eclipse Based Frontend to Layout Navigation for Precision Diagnosis, Master Thesis No. 2668, 2007. : Pose Estimation using Geometric Hashing, Master Thesis No. 9, 2007. : An ontology-based value added service for the Nexus architecture, Master Thesis No. 7, 2007. : Development of a Software Framework for Jasmine Robots using ZigBee Communication Protocol, Master Thesis No. 4, 2007. : Partial Scan Design for Generation of Minimal Size, Balanced ATPG Models, Master Thesis No. 13, 2007. : Theoretical analysis of different algorithm for autonomous situation recognition using machine teaching technologies, Master Thesis No. 2, 2007. : Applications and improvements of a simulation of Bio-inspired self-assembly process, Master Thesis No. 1, 2007. : Multiagent System for Collaborative Filtering and Content Based Recommendations, Master Thesis No. 10, 2007. : Web-based Application Deployment Specification Management, Master Thesis No. 16, 2006. : Implementation of a communication layer using SLP and SCTP for Addressing High Availability service in a redundant network, Master Thesis No. 6, 2006. : Development of Advanced Power Management for Autonomous Micro-robots, Master Thesis No. 8, 2006. : Development of a compass system for RoboCup, Master Thesis No. 11, 2006. : A light-weight Context System for Pervasive Computing Infrastructures, Master Thesis No. 5, 2006. : Dynamic Evaluation and Storage of Chip Measured Data for Online Yield Analysis, Master Thesis No. 13, 2006. : Transcaction Simulation of ARM Based Platforms, Master Thesis No. 3, 2006. : Development of an Embedded Motor Comtroller Software for RoboCup, Master Thesis No. 1, 2006. : Fault Simulation of Cell-Based Designs using a FPGA-Based Emulation Machine, Master Thesis No. 14, 2006. : Development of a accelerometer system for RoboCup, Master Thesis No. 10, 2006. : Development of cooperative behavioral patterns for swarm robotic scenarios, Master Thesis No. 15, 2006. : Theory of Situation Recognition in RoboCup Based on Situation Libraries, Master Thesis No. 7, 2006. : Evaluation and Implementation of Registration Methods for Digital Mammography, Master Thesis No. 19, 2006. : Text Mining for identification of semantically correlated information, Master Thesis No. 4, 2006. : Conception and Implementation of a Generic Test Model for Testing Link Training Mechanism of Serial Communication Protocols, Master Thesis No. 18, 2006. : An Automated Test Framework for the Component-Based Control Software of a System-On-Chip Tester, Master Thesis No. 17, 2006. : Collaborative actuation in micro-robotic swarm based on collective decision making and surface-color identification, Master Thesis No. 9, 2006. : Management of Virtual Machines in Grid Computing, Master Thesis No. 12, 2005. : Role of Data Mining in IBM's Basel II Risk Solution, Master Thesis No. 18, 2005. : Collective classification in a swarm of microrobots, Master Thesis No. 8, 2005. : Swarm-based computation and spatial decision making, Master Thesis No. 9, 2005. : Exploration of embodiment in real microrobotic swarm, Master Thesis No. 1, 2005. : Analysis, Design and Implementation of the Bus Functional Model for faster verification of Systems-on-Chip products, Master Thesis No. 3, 2005. : Simulation of Typical Corporate Networl Systems, Master Thesis No. 2, 2005. : Development of a Generic Gateway for an Event controlled Communication based on a reconfigurable FPGA Architecture with a Soft-core Microcontroller, Master Thesis No. 6, 2005. : Logging Strategies in Clustered J2EE Systems, Master Thesis No. 13, 2005. : Intelligent Decoding of a Location Reference in Digital Road Maps, Master Thesis No. 11, 2005. : Evaluation and Assessment of Performance Constraints of Workflow Systems imposed by varying underlying Infrastructures, Master Thesis No. 10, 2005. : Analysis and Implementation of a Ray Tracer Optimized for the Cell Processor, Master Thesis No. 17, 2005. : Analysis of tempo estimation algorithms and implementation of a perceived tempo estimator, Master Thesis No. 5, 2005. : Zentrales Konfigurations-Management in geclusterten Systemen, Master Thesis No. 7, 2005. : Investigating an Online Testing Technique for Dynamic Memories, Master Thesis No. 15, 2005. : Mechanism of cooperation and functional self-organization in a swarm of micro-robots, Master Thesis No. 4, 2005. : Different Approaches to Self-Healing System, Master Thesis No. 14, 2005. : Increasing the Simulation Speed of a Virtual Prototype of an SDR Baseband Platform by Parallelization, Master Thesis No. 16, 2005. : Cooperative EKF localization, Master Thesis No. 8, 2004. : Emulation of an algorithm for Data Replication in Mobile Ad Hoc Networks, Master Thesis No. 7, 2004. : Business Process Integration, Master Thesis No. 10, 2004. : Concept and Implementation of a GUI-extension to select and parameterize handling and assembly systems, Master Thesis No. 4, 2004. : Implementation of a Consistency Test for Free-Choice Sugnal Transition Graphs, Master Thesis No. 1, 2004. : Strategies for Range Queries in Mobile Ad hoc Networks Based on a Geometric Location Model, Master Thesis No. 6, 2004. : Verifying Java Bytecode with the Moped Model Checker, Master Thesis No. 5, 2004. : Development of a Tracking Algorithm of Automotive System for Traffic Security, Master Thesis No. 2, 2004. : Distribution of the Propagation System, Master Thesis No. 3, 2004. : Location-Based Data Aggregation in Mobile Ad Hoc Networks, Master Thesis No. 2, 2003. : Optimization of communication in a swarm of micro-robots, Master Thesis No. 1, 2003. : Region-Based Adaptation of Diffucaion Protocols in MANETs, Master Thesis No. 3, 2003. : Acessing CIM Models through Web Services, Master Thesis No. 4, 2003. : Embedded Runtime Security, Master Thesis No. 1, 2002. : Development of a Web Portal based solution to control an embedded Linux appliance, Master Thesis No. 2, 2002. : Notification Service based on the SOAP Technology, Master Thesis No. 3, 2001. : Performance Analysis of Network Processor Components, Master Thesis No. 1, 2001. : Design Guidelines to Perform Concurrent Test on Multiple Cores of a System-on-a-Chip, Master Thesis No. 2, 2001.     Last Modified June 9, 2024( )  | © University of Stuttgart |  Current time by city For example, New York Current time by country For example, Japan Time difference For example, London For example, Dubai Coordinates For example, Hong Kong For example, Delhi For example, Sydney Geographic coordinates of Elektrostal, Moscow Oblast, Russia City coordinates Coordinates of Elektrostal in decimal degrees Coordinates of elektrostal in degrees and decimal minutes, utm coordinates of elektrostal, geographic coordinate systems. WGS 84 coordinate reference system is the latest revision of the World Geodetic System, which is used in mapping and navigation, including GPS satellite navigation system (the Global Positioning System). Geographic coordinates (latitude and longitude) define a position on the Earth’s surface. Coordinates are angular units. The canonical form of latitude and longitude representation uses degrees (°), minutes (′), and seconds (″). GPS systems widely use coordinates in degrees and decimal minutes, or in decimal degrees. Latitude varies from −90° to 90°. The latitude of the Equator is 0°; the latitude of the South Pole is −90°; the latitude of the North Pole is 90°. Positive latitude values correspond to the geographic locations north of the Equator (abbrev. N). Negative latitude values correspond to the geographic locations south of the Equator (abbrev. S). Longitude is counted from the prime meridian ( IERS Reference Meridian for WGS 84) and varies from −180° to 180°. Positive longitude values correspond to the geographic locations east of the prime meridian (abbrev. E). Negative longitude values correspond to the geographic locations west of the prime meridian (abbrev. W). UTM or Universal Transverse Mercator coordinate system divides the Earth’s surface into 60 longitudinal zones. The coordinates of a location within each zone are defined as a planar coordinate pair related to the intersection of the equator and the zone’s central meridian, and measured in meters. Elevation above sea level is a measure of a geographic location’s height. We are using the global digital elevation model GTOPO30 . Elektrostal , Moscow Oblast, Russia Bahasa Indonesia Eastern Europe Moscow Oblast Elektrostal Elektrostal Localisation : Country Russia , Oblast Moscow Oblast . Available Information : Geographical coordinates , Population, Altitude, Area, Weather and Hotel . Nearby cities and villages : Noginsk , Pavlovsky Posad and Staraya Kupavna . Information Find all the information of Elektrostal or click on the section of your choice in the left menu. Update data Country Oblast Elektrostal Demography Information on the people and the population of Elektrostal. Elektrostal Population 157,409 inhabitants Elektrostal Population Density 3,179.3 /km² (8,234.4 /sq mi) Elektrostal Geography Geographic Information regarding City of Elektrostal . Elektrostal Geographical coordinates Latitude: , Longitude: 55° 48′ 0″ North, 38° 27′ 0″ East Elektrostal Area 4,951 hectares 49.51 km² (19.12 sq mi) Elektrostal Altitude 164 m (538 ft) Elektrostal Climate Humid continental climate (Köppen climate classification: Dfb) Elektrostal Distance Distance (in kilometers) between Elektrostal and the biggest cities of Russia. Elektrostal Map Locate simply the city of Elektrostal through the card, map and satellite image of the city. Elektrostal Nearby cities and villages Elektrostal Weather Weather forecast for the next coming days and current time of Elektrostal. Elektrostal Sunrise and sunset Find below the times of sunrise and sunset calculated 7 days to Elektrostal. Day Sunrise and sunset Twilight Nautical twilight Astronomical twilight 8 June 02:43 - 11:25 - 20:07 01:43 - 21:07 01:00 - 01:00 01:00 - 01:00 9 June 02:42 - 11:25 - 20:08 01:42 - 21:08 01:00 - 01:00 01:00 - 01:00 10 June 02:42 - 11:25 - 20:09 01:41 - 21:09 01:00 - 01:00 01:00 - 01:00 11 June 02:41 - 11:25 - 20:10 01:41 - 21:10 01:00 - 01:00 01:00 - 01:00 12 June 02:41 - 11:26 - 20:11 01:40 - 21:11 01:00 - 01:00 01:00 - 01:00 13 June 02:40 - 11:26 - 20:11 01:40 - 21:12 01:00 - 01:00 01:00 - 01:00 14 June 02:40 - 11:26 - 20:12 01:39 - 21:13 01:00 - 01:00 01:00 - 01:00 Elektrostal Hotel Our team has selected for you a list of hotel in Elektrostal classified by value for money. Book your hotel room at the best price. Located next to Noginskoye Highway in Electrostal, Apelsin Hotel offers comfortable rooms with free Wi-Fi. Free parking is available. The elegant rooms are air conditioned and feature a flat-screen satellite TV and fridge... from Located in the green area Yamskiye Woods, 5 km from Elektrostal city centre, this hotel features a sauna and a restaurant. It offers rooms with a kitchen... from Ekotel Bogorodsk Hotel is located in a picturesque park near Chernogolovsky Pond. It features an indoor swimming pool and a wellness centre. Free Wi-Fi and private parking are provided... from Surrounded by 420,000 m² of parkland and overlooking Kovershi Lake, this hotel outside Moscow offers spa and fitness facilities, and a private beach area with volleyball court and loungers... from Surrounded by green parklands, this hotel in the Moscow region features 2 restaurants, a bowling alley with bar, and several spa and fitness facilities. Moscow Ring Road is 17 km away... from Elektrostal Nearby Below is a list of activities and point of interest in Elektrostal and its surroundings. Elektrostal Page Direct link DB-City.com Elektrostal /5 (2021-10-07 13:22:50) Information /Russian-Federation--Moscow-Oblast--Elektrostal#info Demography /Russian-Federation--Moscow-Oblast--Elektrostal#demo Geography /Russian-Federation--Moscow-Oblast--Elektrostal#geo Distance /Russian-Federation--Moscow-Oblast--Elektrostal#dist1 Map /Russian-Federation--Moscow-Oblast--Elektrostal#map Nearby cities and villages /Russian-Federation--Moscow-Oblast--Elektrostal#dist2 Weather /Russian-Federation--Moscow-Oblast--Elektrostal#weather Sunrise and sunset /Russian-Federation--Moscow-Oblast--Elektrostal#sun Hotel /Russian-Federation--Moscow-Oblast--Elektrostal#hotel Nearby /Russian-Federation--Moscow-Oblast--Elektrostal#around Page /Russian-Federation--Moscow-Oblast--Elektrostal#page Terms of Use Copyright © 2024 DB-City - All rights reserved Change Ad Consent Do not sell my data 310 COMMENTS Guidelines for Bachelor/Master Theses 1) Keep the form requirements from the computer science department in mind (see link at the top). The template should already meet those by default. There is no fixed page count or limit. The number of pages strongly depends on the specific topic of the thesis. You can write the thesis in German or in English. Master´s Thesis The Master´s Thesis is normally carried out in the fourth semester and is equivalent to 30 ECTS-credits.It must be completed within 6 months of registration.. Requirements: The topic of the Master Thesis can be started after 72 ECTS have completed. The Master´s Thesis can not only be completed at one of the institutes of the University of Stuttgart. Master Thesis The master thesis project is completed with the submission of the master thesis and a presentation and defense in the institute's colloquium. According to the examination regulations, it is possible to return a thesis topic once without any consequences within the first four weeks after registering. A comleted master thesis project being ... Master´s Thesis The Master´s thesis is carried out normally during the fourth semester and on successful completion is awarded 30 ECTS-credits.. Requirement: The topic of the Master Thesis can be handed out only the moment at least 72 ECTS - credits have been acquired already by the candidate. Learning results: The candidate shall be capable of dealing with a problem from the context of infrastructure ... PDF Guidelines for writing a Thesis at Faculty 2 The processing time for the Master's Thesis is 6 months. The type and extent of the task/assignment must be limited by the examiner to 30 ECTS credits (or 900 working Master Thesis The Master Thesis is a one-year research project that consists of two parts, each part of the research project lasts six (6) months. The first part equals 30 ECTS credits and consists of the modules "Scientific Specialization" and "Practical Skills and Project Planning" (15 ECTS each) and the second part "Master Thesis and Presentation" (30 ECTS). PDF Guidelines for Writing a Thesis at Faculty 2 Content of a Master's Thesis 10 4 Content of a Master's Thesis 4.1 Components of the Thesis As any scientific work a master's thesis must include the following elements: Title page (usually in accordance with the template of an Institute or chair) Declaration on Autonomy of work Scope of work Summary (German) Master Thesis Research Assistant. Profile page. +49 711 685 82951. Write e-mail. Please find here information on writing master theses at the Department of Business Administration and Marketing. Theses in the Department of Computer Science The topic of the thesis can be returned once within the first 2 months of the processing time (Bachelor thesis) or within the first 3 months of the processing time (Master thesis) without a 5.0 being recorded. After that, this is no longer possible and an abandonment leads to a "Not Passed". The thesis can be repeated once. Information Master Thesis The Master thesis is generally performed at one of the chairs of the Institute for Materials Science or the Institute for Polymer Chemistry. The subject of the thesis is only released after the achievement of at least 50 credit points. Achievement of these points must be proven upon issuance of the subject of the Master's thesis. Stuttgart Dissertations Holzgartenstr. 16, 70174 Stuttgart. +49 711 685 83512. Write e-mail. All information on the publication process of your dissertation as part of your doctoral degree studies. Bachelor, research and master theses There are two options for awarding new work: Y ou can apply for open bachelor's/research/master's theses that have already been formulated. You can see these works on this page. Alternatively, depending on your interests, you are also welcome to contact the individual scientific staff and inquire about new work that has not yet been formulated. Student work in the bachelor's and master's program If you are unable to find a Bachelor thesis/Master thesis/research project despite intensive searching, you can send an application for the assignment of such a thesis/project to the Assistant to the Chair of the Examination Board.. Several rejections of requests to EI institutes must be attached to this application.. You must also state your degree program and your major in the application. Master Theses Uni versity of Stuttgart F aculty 01. Language of this page. de; en; Search. Main navigation. Search. Suche. back. News; Team; Teaching; ... Master Theses. Selected thesis projects in the Integrative Technologies and Architectural Design Research (ITECH) programme. ... University of Stuttgart, Keplerstraße 11, 70174 Stuttgart +49 711 685 82786 ... How to register a Master Thesis Please note: The INFOTECH Office registers Master Theses ONLY for students who started their Masters until 2013!. For all others: How to register a Master Thesis via LSF. LSF-based students (PY 14 and later) find the following document in LSF to register the Master Thesis: Thesis Topics, Study and Research Projects Master Thesis: System Design for Machine Learning: Sampath Garuda: Study Project: Machine Learning for Device Modeling: Isai Roman Ballesteros: Master Thesis: Reliable and Ultra-low Power Deep Neural Networks: Mahdi Benkhelifa: Master Thesis: Advanced Modeling for Ferroelectric Transistors: Austin Vas: Master Thesis: Machine Learning for ... Master Thesis MSTR-2020-56 University of Stuttgart, Faculty of Computer Science, Electrical Engineering, and Information Technology, Master Thesis No. 56 (2020). 84 pages, english. Abstract. Climate change is the foremost concern that is demanding the attention of the world to take strategic actions to combat the adverse effects. Countries around the globe are passing ... Master Theses Subsequently, with the knowledge gained from a recently concluded master study [1], the optical behaviour of the electrodes will be validated. This optical character will be used to study the diffusion of lithium in thin film LiCoO2 electrodes. [2] Computer Science at University of Stuttgart Schubert, Tim: Context-aware data validation for machine learning pipelines, Master Thesis No. 98, 2022. Schürmann, Leon: Design and evaluation of system concepts and protocols for lossless hardware-assisted streaming of real-time measurement data over IP networks, Master Thesis No. 52, 2022. Geographic coordinates of Elektrostal, Moscow Oblast, Russia Geographic coordinates of Elektrostal, Moscow Oblast, Russia in WGS 84 coordinate system which is a standard in cartography, geodesy, and navigation, including Global Positioning System (GPS). Latitude of Elektrostal, longitude of Elektrostal, elevation above sea level of Elektrostal. Elektrostal, Moscow Oblast, Russia Elektrostal Geography. Geographic Information regarding City of Elektrostal. Elektrostal Geographical coordinates. Latitude: 55.8, Longitude: 38.45. 55° 48′ 0″ North, 38° 27′ 0″ East. Elektrostal Area. 4,951 hectares. 49.51 km² (19.12 sq mi) Elektrostal Altitude. Russia: Gazprom Appoints Pavel Oderov as Head of International Business March 17, 2011. Pavel Oderov was appointed as Head of the International Business Department pursuant to a Gazprom order. Pavel Oderov was born in June 1979 in the town of Elektrostal, Moscow Oblast. He graduated from Gubkin Russian State University of Oil and Gas with an Economics degree in 2000 and a Management degree in 2002. Landscape Architects & Designers in Elektrostal' Just answer a few questions to get matched with a local Landscape Architect & Landscape Designer. Or browse through the list of trusted Landscape Architects & Landscape Designers assignment essay homework paper phd report resume review speech thesis