Python on Michael Siebenmannhttps://msiebenmann.ch/tags/python/Recent content in Python on Michael SiebenmannHugo -- gohugo.ioen© 2026 Michael SiebenmannFri, 30 May 2025 00:26:18 +0100A 3D Real-Time Viewer for Football Tracking Datahttps://msiebenmann.ch/projects/3dviewer/Fri, 30 May 2025 00:26:18 +0100https://msiebenmann.ch/projects/3dviewer/A Unity application allowing interactive, real-time exploration of Skillcorner and Wyscout football tracking data in 3D.Fast Matrix Multiplication Approximation on GPUshttps://msiebenmann.ch/projects/precisionboosting/Fri, 10 Jan 2025 00:26:18 +0100https://msiebenmann.ch/projects/precisionboosting/Recent GPUs often prioritize FP16 over FP32/FP64 operations. In this project, we devised & evaluated fast methods for approximating higher-precision matrix multiplication.OpenMaskXR: Open-Vocabulary Scene Understanding in XRhttps://msiebenmann.ch/projects/openmaskxr/Mon, 06 Jan 2025 00:26:18 +0100https://msiebenmann.ch/projects/openmaskxr/OpenMaskXR demonstrates an end-to-end workflow for advanced scene understanding in Extended Reality, spanning from environment scanning to immersive object querying.Optimization of Chaos-Based Image Encryptionhttps://msiebenmann.ch/projects/fastencryption/Fri, 21 Jun 2024 00:26:18 +0100https://msiebenmann.ch/projects/fastencryption/A highly optimized image encryption implementation outperforming a straightforward implementation by orders of magnitude and achieving 95% of theoretical scalar performance.Enhancing Text2Motion Synthesis through LLMshttps://msiebenmann.ch/projects/text2motion/Fri, 14 Jun 2024 00:26:18 +0100https://msiebenmann.ch/projects/text2motion/Datasets for Text2Motion synthesis often lack necessary textual detail. Thus, we evaluated the performance of various LLM-based motion description refinement approaches.Simulation of Future Street Scenarios in Virtual Realityhttps://msiebenmann.ch/projects/adaptivestreets/Sun, 25 Feb 2024 00:26:18 +0100https://msiebenmann.ch/projects/adaptivestreets/We developed an immersive simulation of multiple street scenarios and conducted an experiment to evaluate their acceptance. Resulted in a publication.Development of a Mobile Planetariumhttps://msiebenmann.ch/projects/planetarium/Thu, 30 May 2019 00:26:18 +0100https://msiebenmann.ch/projects/planetarium/A device using a Raspberry Pi and an Arduino Uno which can point at the position of the sun, moon, planets and galaxies. Parts were self-designed and 3D-printed.