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 …

Head‐mounted displays with dense pixel arrays used for virtual reality applications require
high frame rates and low latency rendering. This forms a challenging use case for any …

When people work together to analyze a data set, they need to organize their findings,
hypotheses, and evidence, share that information with their collaborators, and coordinate …

We describe an augmented reality, optical see-through display based on a DMD chip with
an extremely fast (16 kHz) binary update rate. We combine the techniques of post-rendering …

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 introduce a novel Metropolis rendering algorithm that directly computes image gradients,
and reconstructs the final image from the gradients by solving a Poisson equation. The …

Temporal coherence has the potential to enable a huge reduction of shading costs in
rendering. Existing techniques focus either only on spatial shading reuse or cannot …

Rendering in real time for virtual reality headsets with high user immersion is challenging
due to strict framerate constraints as well as due to a low tolerance for artefacts. Eye tracking …

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 …

During the past few years, mobile phones and other handheld devices have gone from only
handling dull text-based menu systems to, on an increasing number of models, being able to …