Computer Science at University of Stuttgart | Publications : Dr. Pascal Hirmer: Supervised student works

Universität Stuttgart

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Computer Science

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Computer Science at University of Stuttgart : Publications

Dr. Pascal Hirmer: Supervised student works

Year 2024

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Arnold, Daniel: Software Integration Testing for Autonomous Driving: Requirement Analysis, Challenges and Approaches, Master Thesis No. 62, 2024.
Rameshan, Sreelakshmi: Analyzing frameworks and strategies for converting neural networks for neuromorphic processors, Master Thesis No. 55, 2024.

Year 2023

Fill, Kerstin: Modellierung von Daten-Pipelines in Lakehouses, Master Thesis No. 25, 2023.
Herkommer, Jan: Anonymisierung von Daten: von der Literatur zum Automobilbereich, Master Thesis No. 29, 2023.
Singer, Patrick: Enhancing privacy in car data : anonymization techniques and metrics evaluation, Master Thesis No. 89, 2023.

Year 2022

Keskin, Bedirhan: A simulator for connected car scenarios, Master Thesis No. 38, 2022.
Kovacic, Marko: Deployment und Ausführung verteilter Datenpipelines in Software-Defined-Car-Anwendungen, Master Thesis No. 81, 2022.
Li, Yunxuan: Preserving privacy in software defined car environments, Master Thesis No. 10, 2022.

Year 2021

Escobar Gava, Tatiane: A gamification-based approach for learning IoT, Master Thesis No. 12, 2021.
Gerhards, Jan Patrick: Digital twin for fleet management of connected vehicles, Bachelor Thesis No. 65, 2021.
Gönner, Katharina: Modellierung von Data Loops in Connected-Car-Umgebungen, Master Thesis No. 68, 2021.
Held, Dominik: Schutz der Privatsphäre in verteilten Software-Definded-Car-Anwendungen, Bachelor Thesis No. 99, 2021.
Imeri, Amil: Prediction of failures of IoT devices by using machine learning, Master Thesis No. 55, 2021.
Kenzler, Martin: Verteilte Datenpipelines in Software-Defined-Car-Anwendungen, Master Thesis No. 69, 2021.
Kutger, Isabella: Konzept und Umsetzung eines Data Lakes für Connected-Car-Umgebungen, Master Thesis No. 67, 2021.
Laackmann, Jan: Erweiterung der IoT-Plattform MBP mit dem Standard OPC-UA, Bachelor Thesis No. 51, 2021.
Scheerer, Felix: Interaktion mit der MBP IoT-Plattform mittels der Microsoft HoloLens, Master Thesis No. 52, 2021.
Schneider, Jan: Automatisches Auffinden von loT-Geräten in der loT-Plattform MBP, Master Thesis No. 101, 2021.
Schneider, Tim: Verarbeitung komplexer IoT-Daten in der IoT-Plattform MBP, Bachelor Thesis No. 45, 2021.
Ulusal, Seda: Monitoring und Optimierung von SQL Streaming in der Cloud, Master Thesis No. 49, 2021.

Year 2020

Benz, Jakob: Privacy for the MBP IoT platform, Master Thesis No. 63, 2020.
Ismaiel, Muhammad: Enabling multi-tenant scalable IoT platforms, Master Thesis No. 27, 2020.
Kumar, Abhishek: An Analytics Framework for the IoT Platform MBP, Master Thesis No. 8, 2020.
Seber, Katja: Adaptives Testwerkzeug für IoT Applikationen, Bachelor Thesis No. 22, 2020.

Year 2019

Biester, Fabian: Verteilte Erkennung von Komplexen Ereignissen in IoT-Umgebungen, Bachelor Thesis No. 86, 2019.
Bitz, Roman: Framework für einen zusammengesetzten Datenspeicher, Master Thesis No. 40, 2019.
Golda, Robert: Integration von Datenqualitätsmethoden in das Datenflusswerkzeug FlexMash, Master Thesis No. 36, 2019.
Imeri, Amil: Modellierung und Deployment von IoT-Umgebungen in MBP, Bachelor Thesis No. 36, 2019.
Pham, Quoc Tuan: FlexMash4IoT- Extension of the tool FlexMash to enable processing of continuous data streams, Bachelor Thesis No. 106, 2019.
Wohlfarth, Marvin: Ein Sicherheitskonzept für IoT-Plattformen, Master Thesis No. 88, 2019.

Year 2018

Del Gaudio, Daniel: Execution of data flow models in distributed IoT environments, Master Thesis No. 26, 2018.
Lehmann, Simon: Policy4TDLIoT - Policys für die Topic Description Language, Master Thesis No. 51, 2018.
Mahmoodi, Saeed: A canonical language for complex event processing systems, Master Thesis No. 57, 2018.