Dokumente des Instituts

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• Bachelorarbeiten
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• Nr. 0001:  Hösch, Peter: Towards a Neuro-Symbolic Approach for Occupant Activity Recognition: Combining Temporal HTN Planning with Hidden Markov Models, Masterarbeit Nr. 1, 2025.
• Nr. 0002:  Sharma, Barkha: Classification, Comparison, and Analysis of AI Planning Tools: A Systematic Multivocal Literature Review, Masterarbeit Nr. 2, 2025.
• Nr. 0009:  Weber, Jan: Assisted data migrations for MUSE4Anything, Masterarbeit Nr. 9, 2025.
• Nr. 0013:  Tarpan, Sena: Leveraging LLMs for Database Interaction with Structured and Unstructured Data in the Context of Automotive Engineering, Masterarbeit Nr. 13, 2025.
• Nr. 0014:  Panchal, Utsav: Multi-human behavior prediction using vision language models, Masterarbeit Nr. 14, 2025.
• Nr. 0026:  Gaikwad, Paul: Evaluating Messaging Middleware for Distributed Communication and Testing: An Automotive Perspective, Masterarbeit Nr. 26, 2025.
• Nr. 0029:  Nguyen, Duc Anh: Quantum circuit optimization for circuit cutting, Masterarbeit Nr. 29, 2025.
• Nr. 0031:  Stiliadou, Sharon-Naemi: Design of a quantum low-code framework, Masterarbeit Nr. 31, 2025.
• Nr. 0032:  Huang, Ho: Investigation of Time Synchronization Primitives in Global Distributed Testing of Automotive ECUs, Masterarbeit Nr. 32, 2025.
• Nr. 0040:  Kashyap, Ananth Mahesh: Evaluating Cloud-Native Approaches for a Knowledge Synchronization System: A Comparative Study Focused on Serverless Containerization, Masterarbeit Nr. 40, 2025.
• Nr. 0041:  Nabakowski, Lukas: Replanning in risk aware HTN planning, Masterarbeit Nr. 41, 2025.
• Nr. 0047:  Bhat, Varun Rajesh: Enhancing HTN planning with large language models and case-based retrieval for automated domain generation, Masterarbeit Nr. 47, 2025.
• Nr. 0051:  Bahrami, Sepideh: Enhancing HTN planning with deep reinforcement learning for method selection, Masterarbeit Nr. 51, 2025.
• Nr. 0054:  Kunz, Philipp: Towards a framework for algorithm learning: cross-domain induction and the principled limits of algorithmic abstraction, Masterarbeit Nr. 54, 2025.
• Nr. 0056:  Shetye, Srushti: An LLM-modulo framework for automated PDDL domain model generation, Masterarbeit Nr. 56, 2025.

• Bahrami, Sepideh: Enhancing HTN planning with deep reinforcement learning for method selection, Masterarbeit Nr. 51, 2025.
• Bhat, Varun Rajesh: Enhancing HTN planning with large language models and case-based retrieval for automated domain generation, Masterarbeit Nr. 47, 2025.
• Gaikwad, Paul: Evaluating Messaging Middleware for Distributed Communication and Testing: An Automotive Perspective, Masterarbeit Nr. 26, 2025.
• Hösch, Peter: Towards a Neuro-Symbolic Approach for Occupant Activity Recognition: Combining Temporal HTN Planning with Hidden Markov Models, Masterarbeit Nr. 1, 2025.
• Huang, Ho: Investigation of Time Synchronization Primitives in Global Distributed Testing of Automotive ECUs, Masterarbeit Nr. 32, 2025.
• Kashyap, Ananth Mahesh: Evaluating Cloud-Native Approaches for a Knowledge Synchronization System: A Comparative Study Focused on Serverless Containerization, Masterarbeit Nr. 40, 2025.
• Kunz, Philipp: Towards a framework for algorithm learning: cross-domain induction and the principled limits of algorithmic abstraction, Masterarbeit Nr. 54, 2025.
• Nabakowski, Lukas: Replanning in risk aware HTN planning, Masterarbeit Nr. 41, 2025.
• Nguyen, Duc Anh: Quantum circuit optimization for circuit cutting, Masterarbeit Nr. 29, 2025.
• Panchal, Utsav: Multi-human behavior prediction using vision language models, Masterarbeit Nr. 14, 2025.
• Sharma, Barkha: Classification, Comparison, and Analysis of AI Planning Tools: A Systematic Multivocal Literature Review, Masterarbeit Nr. 2, 2025.
• Shetye, Srushti: An LLM-modulo framework for automated PDDL domain model generation, Masterarbeit Nr. 56, 2025.
• Stiliadou, Sharon-Naemi: Design of a quantum low-code framework, Masterarbeit Nr. 31, 2025.
• Tarpan, Sena: Leveraging LLMs for Database Interaction with Structured and Unstructured Data in the Context of Automotive Engineering, Masterarbeit Nr. 13, 2025.
• Weber, Jan: Assisted data migrations for MUSE4Anything, Masterarbeit Nr. 9, 2025.

• Nr. 0002:  Walcher, Lukas: Personalization of routing for drivers through recognition and analysis of individual preferences, Bachelorarbeit Nr. 2, 2025.
• Nr. 0003:  Larionov, Andrey: Development of data visualization plugins for QHAna, Bachelorarbeit Nr. 3, 2025.
• Nr. 0006:  Vintonyak, Roman: Automating deployment and testing in distributed networks of Electronic Control Units, Bachelorarbeit Nr. 6, 2025.
• Nr. 0007:  Rezk, Ahmed: Annotations for Quantum Circuit Optimization and Provenance Management, Bachelorarbeit Nr. 7, 2025.
• Nr. 0017:  Six, Daniel: Towards advancing modular AI planning systems : insights from the PlanX toolbox redesign, Bachelorarbeit Nr. 17, 2025.
• Nr. 0021:  Layer, Leon: Enhancing quantum state analysis with QHAna plugins for quantum neural networks research, Bachelorarbeit Nr. 21, 2025.
• Nr. 0036:  Mürwald, Alina: Integrating curvature into the cost landscape of variational quantum algorithms, Bachelorarbeit Nr. 36, 2025.
• Nr. 0046:  Kästner, Johannes: Analyzing realistic aspects of AI planning knowledge models, Bachelorarbeit Nr. 46, 2025.
• Nr. 0047:  Elis, Daniel: Investigating the potential of large language models to enhance AI planner efficiency through automated domain model configuration, Bachelorarbeit Nr. 47, 2025.
• Nr. 0048:  Schmid, Anton: Uncertainty aspects in Texas hold'em poker AIs: a comparative analysis, Bachelorarbeit Nr. 48, 2025.
• Nr. 0061:  Tekin, Serhat: The impact of domain models on energy consumption of classical planners, Bachelorarbeit Nr. 61, 2025.

• Elis, Daniel: Investigating the potential of large language models to enhance AI planner efficiency through automated domain model configuration, Bachelorarbeit Nr. 47, 2025.
• Kästner, Johannes: Analyzing realistic aspects of AI planning knowledge models, Bachelorarbeit Nr. 46, 2025.
• Larionov, Andrey: Development of data visualization plugins for QHAna, Bachelorarbeit Nr. 3, 2025.
• Layer, Leon: Enhancing quantum state analysis with QHAna plugins for quantum neural networks research, Bachelorarbeit Nr. 21, 2025.
• Mürwald, Alina: Integrating curvature into the cost landscape of variational quantum algorithms, Bachelorarbeit Nr. 36, 2025.
• Rezk, Ahmed: Annotations for Quantum Circuit Optimization and Provenance Management, Bachelorarbeit Nr. 7, 2025.
• Schmid, Anton: Uncertainty aspects in Texas hold'em poker AIs: a comparative analysis, Bachelorarbeit Nr. 48, 2025.
• Six, Daniel: Towards advancing modular AI planning systems : insights from the PlanX toolbox redesign, Bachelorarbeit Nr. 17, 2025.
• Tekin, Serhat: The impact of domain models on energy consumption of classical planners, Bachelorarbeit Nr. 61, 2025.
• Vintonyak, Roman: Automating deployment and testing in distributed networks of Electronic Control Units, Bachelorarbeit Nr. 6, 2025.
• Walcher, Lukas: Personalization of routing for drivers through recognition and analysis of individual preferences, Bachelorarbeit Nr. 2, 2025.