Dokumente des Instituts

• Masterarbeiten
• Bachelorarbeiten

• Bernhardt, Alexander: Test fuzzing for virtual reality applications, Masterarbeit Nr. 105, 2021.
• Bhingaradiya, Shyamkumar Dhirajlal: Conception, design and development of an efficient End-to-End test automation of an automotive Measurement, Calibration and Diagnostics (MCD) system, Masterarbeit Nr. 29, 2021.
• Chen, Kai: Ein Ansatz für IoT-Sicherheitstests basierend auf dem MQTT-Protokoll, Masterarbeit Nr. 82, 2021.
• Escobar Gava, Tatiane: A gamification-based approach for learning IoT, Masterarbeit Nr. 12, 2021.
• Fuksa, Mario: Redesigning the Hamster Simulation, Masterarbeit Nr. 106, 2021.
• Ghit, Raoul: Monitoring serverless applications : an SLO-based approach, Masterarbeit Nr. 89, 2021.
• Grotepass, Florian Frank: Analyzing the quality of RESTful APIs in a migration context: a case study in the e-commerce domain, Masterarbeit Nr. 42, 2021.
• Gruber, Philipp: Evaluating of Feasibility and Aiding Explainability of Scaling Policies Using Architectural-based Simulations, Masterarbeit Nr. 110, 2021.
• Haug, Markus: Data integration and analysis approaches in the context of automotive events: a case study with active driver assistance systems, Masterarbeit Nr. 34, 2021.
• Hsu, Ya-Jen: Learning to Identify Equivalent Code, Masterarbeit Nr. 44, 2021.
• Huschle, Tobias: Explainability of operating systems, Masterarbeit Nr. 109, 2021.
• Huss, Rainer: Success factors for the management of digital transformation initiatives – an action research, Masterarbeit Nr. 22, 2021.
• Krimstein, Viktor: Generation of reinforcement learning environments from machine-tool descriptions, Masterarbeit Nr. 33, 2021.
• Pfaff, Timo: Haben Design-Regeln Einfluss auf die Verständlichkeit von RESTful APIs? Ein kontrolliertes Experiment, Masterarbeit Nr. 96, 2021.
• Schneider, Steffen: Can proposed service interface metrics effectively evaluate the quality of RESTful APIs? : a repository mining study on API evolution, Masterarbeit Nr. 94, 2021.
• Seifermann, Valentin: How to strangle systematically : an approach and case study for the continuous evolution of monoliths to microservices, Masterarbeit Nr. 97, 2021.
• Spalink, Joachim: Continuous Software Testing for IoT Environments, Masterarbeit Nr. 73, 2021.
• Stieß, Sarah Sophie: Tracing the impact of SLO violations on business processes across a microservice architecture with the saga pattern, Masterarbeit Nr. 114, 2021.
• Tepeli, Mehmet Ali: Moodle as Adaptive Learning Platform—Existing Solutions and Open Challenges, Masterarbeit Nr. 98, 2021.
• Wang, Xusong: Collection telemetry data for a static code analysis tool in a data protection compliant way, Masterarbeit Nr. 43, 2021.
• Weise, Paul: Frictions in software development : an interpretive phenomenological analysis, Masterarbeit Nr. 95, 2021.
• Winterstetter, Matthias: Ansatz und Umsetzung zur Flexiblen Integration von Software in die Smart Home/Office Labor Umgebung mit Homey, Masterarbeit Nr. 13, 2021.
• Zorn, Christoph: Interactive elicitation of resilience scenarios in microservice architectures, Masterarbeit Nr. 56, 2021.

• Abajirov, Daniel: Does functional programming improve software quality? An empirical analysis of open source projects on GitHub, Bachelorarbeit Nr. 31, 2021.
• Bareiß, Patrick: Extracting Metamorphic Test Oracles from Natural Language Documentation, Bachelorarbeit Nr. 12, 2021.
• Biedermann, Felix: Software engineering in theory and practice: experiences of former students of the University of Stuttgart, Bachelorarbeit Nr. 35, 2021.
• Bredl, Paul: Improving the Recall of Searching for Code Changes, Bachelorarbeit Nr. 17, 2021.
• Goller, Christoph: Developing a digital signage solution for office presence, Bachelorarbeit Nr. 9, 2021.
• Greif, Janek: Weiterentwicklung und Implementierung eines Analysetools zum Trassieren von vorhandenen und zu planenden Verkehrswegen in das vorhandene (E)DCC-Modell, Bachelorarbeit Nr. 10, 2021.
• Kässmann, Tobias: Automatic issue relation prediction, Bachelorarbeit Nr. 58, 2021.
• Karakan, Burak: Tool support for systematic literature reviews : analyzing existing solutions and the potential for automation, Bachelorarbeit Nr. 8, 2021.
• Katic, Julian: Event-driven simulator for the Palladio Component Model, Bachelorarbeit Nr. 34, 2021.
• Merkel, Manuel: Do TypeScript applications show better software quality than JavaScript applications? : a repository mining study in GitHub, Bachelorarbeit Nr. 90, 2021.
• Neuhäuser, Alexander: Benutzerfreundliche Interaktion in intelligenten digitalen Assistenzsystemen: Eine Fallstudie im technischen Vertrieb, Bachelorarbeit Nr. 40, 2021.
• Oberfranke, Daniel: Current and Future Directions of Sentiment Analysis in Software Engineering: A Systematic Mapping Study, Bachelorarbeit Nr. 1, 2021.
• Pohl, Timo: Secure infrastructure for exchanging rules in static code analysis tools, Bachelorarbeit Nr. 41, 2021.
• Wagner, Lion: Simulating scenario-based chaos experiments for microservice architectures, Bachelorarbeit Nr. 98, 2021.
• Weiler, Simon: Automatic resource scaling in cloud applications - case study in cooperation with AEB SE, Bachelorarbeit Nr. 57, 2021.
• Wippermann, Pia: Concept and implementation of a browser extension for Gropius, Bachelorarbeit Nr. 97, 2021.