Technical Reports, Doctoral Theses, Student Theses of the Department

• Master Theses
• Bachelor Theses

• Ahuja, Priyanka Sanjeevkumar: Evaluating Temporal Dimensionality Reduction Methods for ERP-Structured EEG Data, Master Thesis No. 41, 2026.
• Balaban, Bü& #351; ra: AssistUl: Intention-Aware and Machine Theory of Mind Driven Assistive Ul Agents, Master Thesis No. 23, 2026.
• Bapat, Atharva Aniruddha: Learned object assembly with region guidance, Master Thesis No. 50, 2026.
• Bhavikatti, Nikhil: Visual effect-aware object removal with text-guided diffusion inpainting, Master Thesis No. 55, 2026.
• Darda, Megha: Real-time semantic scene understanding with dynamic functional scene graphs from egocentric observations, Master Thesis No. 54, 2026.
• Dhulappa Itagi, Sampathkumar: Intelligent view sampling with an AR headset for novel view synthesis, Master Thesis No. 49, 2026.
• Elbindary, Selim: Learning To Assist Humans Without Human Data at Scale, Master Thesis No. 38, 2026.
• Gutknecht, Leon: Real-time visual analysis of multi-player tabletop games, Master Thesis No. 33, 2026.
• Khan, Aqsa: Generating diminished reality dataset in virtual environment, Master Thesis No. 48, 2026.
• Kohler, Yannik: Augmented reality visualization of force sensing data for robotic applications, Master Thesis No. 30, 2026.
• Morlock, Valentin: Toward Fortran Level AMICA in Julia: Block Based Learning and GPU Acceleration, Master Thesis No. 9, 2026.
• Renganathan, Harish: Intelligent view sampling for outdoor scalability, Master Thesis No. 51, 2026.
• Sashan Samarajeewa, J.K.: Design and evaluation of a VR teleoperation interface for humanoid robot assembly, Master Thesis No. 53, 2026.
• Schmierer, Fabian: Amulet: frame extrapolation using tiled, layered caches, Master Thesis No. 47, 2026.
• Schwendinger, Ingo: Storytelling of multi-player tabletop games with data videos, Master Thesis No. 24, 2026.
• Yadav, Arjit: Energy Efficient Semantic Segmentation Using Spiking Neural Networks, Master Thesis No. 52, 2026.
• Youssef, Mohamed: Ontology-Guided Diffusion for Zero-Shot Visual Sim2Real Transfer, Master Thesis No. 27, 2026.

• Grams, Lea: Model-Based Opponent Modelling as a Pathway to Theory of Mind Reasoning in Hanabi, Bachelor Thesis No. 6, 2026.
• Pauly, Friedrich: Human and Machine Reasoning on Common Grounds, Bachelor Thesis No. 22, 2026.
• Segedi, Lukas: Evaluating multi-selection methods for situated analytics, Bachelor Thesis No. 7, 2026.