Welcome to the KIT Computer Graphics Group!

Random Access Segmentation Volume Compression for Interactive Volume Rendering

Real-Time Markov Chain Path Guiding for Global Illumination and Single Scattering

View-Dependent Visibility Optimization for Monte Carlo Volume Visualization

SVDAG Compression for Segmentation Volume Path Tracing

Optimizing Path Termination for Radiance Caching Through Explicit Variance Trading

ReSTIR Subsurface Scattering for Real-Time Path Tracing

Bridge Sampling for Connections via Multiple Scattering Events

Fast Compressed Segmentation Volumes for Scientific Visualization

Minimal Convolutional Neural Networks for Temporal Anti Aliasing

Markov Chain Mixture Models for Real-Time Direct Illumination

Stochastic Subsets for BVH Construction

BRDF Importance Sampling for Linear Lights

BRDF Importance Sampling for Polygonal Lights

Temporal Normal Distribution Functions

Temporal Sample Reuse for NEE and Path Guiding for Real-Time Path Tracing

Spectral Mollification for Bidirectional Fluorescence

Wide Gamut Spectral Upsampling with Fluorescence

Using Moments to Represent Bounded Signals for Spectral Rendering

Sampling Projected Spherical Caps in Real Time

Geometry-Aware Metropolis Light Transport

Selective guided sampling with complete light transport paths

Gradient Estimation for Real-Time Adaptive Temporal Filtering

Line Integration for Rendering Heterogeneous Emissive Volumes

News

• June, 2025: Our paper Random Access Segmentation Volume Compression for Interactive Volume Rendering will be presented at EuroVis 2025.
• May, 2025: Our paper Neural Two-Level Monte Carlo Real-Time Rendering (Best Paper Honorable Mention) will be presented at Eurographics 2025.
• May, 2025: Our paper Real-Time Markov Chain Path Guiding for Global Illumination and Single Scattering will be presented at I3D 2025.
• May, 2025: Our paper View-Dependent Visibility Optimization for Monte Carlo Volume Visualization will be presented at Eurographics 2025.
• March 2025: The Computer Graphics Group moved to the ground floor of the building 50.20.
• February 2025: The courses for the summer term 2025 are online.
• September, 2024: Our paper SVDAG Compression for Segmentation Volume Path Tracing will be presented at VMV 2024.
• July, 2024: Our paper Optimizing Path Termination for Radiance Caching Through Explicit Variance Trading will be presented at HPG 2024.
• July, 2024: Our paper ReSTIR Subsurface Scattering for Real-Time Path Tracing will be presented at HPG 2024.
• June, 2024: Our paper Bridge Sampling for Connections via Multiple Scattering Events will be presented at EGSR 2024.
• May, 2024: Our paper A Fast GPU Schedule For À-Trous Wavelet-Based Denoisers will be presented at I3D 2024.
• March 2024: New courses for the summer term 2024.
• September 2023: The courses for the winter term 2023/2024 are online.
• September 27, 2023 Our paper Fast Compressed Segmentation Volumes for Scientific Visualization (Best Paper Award) will be presented at IEEE Vis 2023.
• June 27, 2023 Our paper Minimal Convolutional Neural Networks for Temporal Anti Aliasing will be presented at HPG 2023.
• June 16, 2023 Our paper Markov Chain Mixture Models for Real-Time Direct Illumination will be presented at EGSR 2023.
• May 8, 2023 Our paper Stochastic Subsets for BVH Construction (Honourable Mention) will be presented at EG 2023.
• April 2023: The courses for the summer term 2023 are online.
• September 2022: The courses for the winter term 2022/2023 are online.
• July 5, 2022: Our paper A Microfacet-based Hair Scattering Model will be presented at EGSR 2022.
• July 4, 2022: Our paper Path Guiding with Vertex Triplet Distributions will be presented at EGSR 2022.
• July 4, 2022: Our paper Once-more scattered next event estimation for volume rendering will be presented at EGSR 2022.
• April 11, 2022: Our paper Image-based Visualization of Large Volumetric Data Using Moments will be presented at PacificVis 2022.
• May 3, 2022: Our paper Permutation Coding for Vertex-Blend Attribute Compression will be presented at i3D 2022.