M.Sc. Christoph Neuhauser

M.Sc. Christoph Neuhauser

Postal address

Postal:
Boltzmannstr. 3
85748 Garching b. München

Phone: +49 (89) 289 - 19484
Room: 5613.02.053
christoph.neuhauser@tum.de

Research

I am a PhD student at the group of Prof. Dr. Rüdiger Westermann. My major fields in research comprise scientific visualization and real-time rendering. Furthermore, I investigate the application of deep learning techniques in these two fields.

Topics for Bachelor and Master Theses

Currently, I have no open topics for supervision.

Supervised Theses

Topic	Student	Type of Thesis
2021
Evaluation of Adaptive Sampling Techniques for Ray Tracing	Tim Kaiser	Master
Extension of Precomputed Real-time Global Illumination by Specular Reflections	Berk Saribas	Master
Terrain Rendering using RT Cores in Vulkan	Florian Hamberger	Bachelor
Optimizing Reservoir Sampling for Volumetric Path Tracing	Florian Herick	Master
2022
Interactive Visualization of Optimized Material Fields via Ray-Tracing	Farzaneh Bakhshaei	Bachelor
Evaluation of the Effect of Relighting on Image Segmentation	Han Liang	IDP
Evaluation of the Performance of Raster Order Views (ROVs) on AMD GPUs	Daniel Ziese	Master
Implementation and Evaluation of Techniques for Interactive Volumetric Path Tracing	Timm Knörle	Master
Learning Level of Detail for Point Cloud Rendering	Simon Niedermayr	Master
2023
Spatial Hashing for Ambient Occlusion in Architectural Visualization	Christiane Kobalt	Bachelor
Neural Rendering of Point Clouds in Realtime	Moritz Schöpf	Master
Micropolygon Rendering for Dynamic Objects	Umesh Ramchandani	Master
Denoising of Ray Traced Ambient Occlusion	Felix Brendel	Master
Variational Methods for Smooth Surface Reconstruction from Point Cloud and Path Traced Images	Han Liang	Master
Visualization of Point Datasets via Ray-Casting	Rojer Hamoto	Bachelor
Real-Time Adaptive Temporal Denoising using Mutual Information	Rohan Fernandez	Master
3D Billboards with the Unreal Engine	Alexander Moskov	Bachelor
2024
Vertex Quantization with Differentiable Rendering	Sebastian Merk	Master
Hardware-specific Rendering of Hierarchical Meshlets	Jonas Lehmann	Master
Physically-based Materials for Cinematic Volume Rendering	Jonas Itt	Bachelor
Interactive Clip Planes in Volumetric Data with 3D Gaussian Splatting	Malte Schmitz	Master
Differentiable Volume Rendering for Novel View Synthesis	Bennet Deboben	Bachelor