Temporal Antialiasing (TAA), formally defined as temporally‐amortized supersampling, is
the most widely used antialiasing technique in today's real‐time renderers and game …

With the push towards physically based rendering, stochastic sampling of shading, eg using
path tracing, is becoming increasingly important in real-time rendering. To achieve high …

Foveated rendering adapts the image synthesis process to the user's gaze. By exploiting the
human visual system's limitations, in particular in terms of reduced acuity in peripheral …

Both the frame rate and the latency are crucial to the performance of realtime rendering
applications such as video games. Spatial supersampling methods, such as the Deep …

Recent advancements in Neural Radiance Fields (NeRF) provide enormous potential for a
wide range of Mixed Reality (MR) applications. However, the applicability of NeRF to real …

Computing power is still the limiting factor in photorealistic real-time rendering. Foveated
rendering improves perceived quality by focusing the rendering effort on where the user is …

While signed distance fields (SDFs) in theory offer infinite level of detail, they are typically
rendered using the sphere tracing algorithm at finite resolutions, which causes the common …

Foveated rendering (FR) technology is designed to improve the efficiency of graphical
rendering processes. In rendering, individualized approaches can help to balance users' …

We present a technique that adaptively adjusts the shading rate during rendering based on
the scene content and motion. Our goal is to improve performance with no loss in perceived …

As virtual reality display technologies advance, resolutions and refresh rates continue to
approach human perceptual limits, presenting a challenge for real‐time rendering …