Thoroughly revised, this third edition focuses on modern techniques used to generate
synthetic three-dimensional images in a fraction of a second. With the advent of …

We combine state-of-the-art techniques into a system for high-quality, interactive rendering
of participating media. We leverage unbiased volume path tracing with multiple scattering …

Stereo matching in foggy scenes is challenging as the scattering effect of fog blurs the image
and makes the matching ambiguous. Prior methods deem the fog as noise and discard it …

Neural Radiance Fields (NeRFs) have revolutionized the field of inverse rendering due to
their ability to synthesize high-quality novel views and applicability in practical contexts …

Stereo matching under foggy scenes remains a challenging task since the scattering effect
degrades the visibility and results in less distinctive features for dense correspondence …

Haze density is critical for heterogeneous haze visualization in developing environmental
domain awareness for a serious game. This depiction requires a one-of-a-kind technology …

We present a novel mixed reality (MR) rendering and composition solution that illuminates
and blends virtual objects into underwater 360° videos (360-video) in real-time. Real-time …

The Last of Us: Part Two is set in multiple different environments with extensive atmospheric
look. In addition, the game uses a lot of transparent objects such as glass, particle effects …

Modern interactive rendering can rely heavily on precomputed static lighting on surfaces
and in volumes. Scattering from volumetric media can be similarly treated using …

The goal of this thesis is to render underwater scenes and lighting effects typical for such
scenes in high quality at interactive frame rates. The focus is specifically on physicallybased …