The interaction of light and matter in the world surrounding us is of striking complexity and
beauty. Since the very beginning of computer graphics, adequate modelling of these …

Motion blur is a fundamental cue in the perception of objects in motion. This phenomenon
manifests as a visible trail along the trajectory of the object and is the result of the …

Multidimensional lightcuts is a new scalable method for efficiently rendering rich visual
effects such as motion blur, participating media, depth of field, and spatial anti-aliasing in …

Evaluating pixel shaders consumes a growing share of the computational budget for real-
time applications. However, the significant temporal coherence in visible surface regions …

We present a real-time rendering scheme that reuses shading samples from earlier time
frames to achieve practical antialiasing of procedural shaders. Using a reprojection strategy …

We propose an adaptive form of frameless rendering with the potential to dramatically
increase rendering speed over conventional interactive rendering approaches. Without the …

Nowadays, there is a strong trend towards rendering to higher‐resolution displays and at
high frame rates. This development aims at delivering more detail and better accuracy, but it …

We present a novel approach to improve temporal coherence in Monte Carlo renderings of
animation sequences. Unlike other approaches that exploit temporal coherence in a post …

Monte‐Carlo path tracing techniques can generate stunning visualizations of medical
volumetric data. In a clinical context, such renderings turned out to be valuable for …

Rendering animations of scenes with deformable objects, camera motion, and complex
illumination, including indirect lighting and arbitrary shading, is a long‐standing challenge …