We present radiance regression functions for fast rendering of global illumination in scenes
with dynamic local light sources. A radiance regression function (RRF) represents a non …

We present a method for rendering single-bounce indirect illumination in real time on
currently available graphics hardware. The method is based on the instant radiosity …

We reformulate the rendering equation to alleviate the need for explicit visibility computation,
thus enabling interactive global illumination on graphics hardware. This is achieved by …

We present a direct-to-indirect transport technique that enables accurate real-time rendering
of indirect illumination in mostly static scenes of complexity on par with modern games while …

We introduce a meshless hierarchical representation for solving light transport problems.
Precomputed radiance transfer (PRT) and finite elements require a discrete representation …

High quality image synthesis is a long-standing goal in computer graphics. Complex
lighting, reflection, shadow and global illumination effects can be rendered with modern …

We describe the design and evolution of UberBake, a global illumination system developed
by Activision, which supports limited lighting changes in response to certain player …

We introduce image‐space radiosity and a hierarchical variant as a method for interactively
approximating diffuse indirect illumination in fully dynamic scenes. As oft observed, diffuse …

The ability to interactively edit BRDFs in their final placement within a computer graphics
scene is vital to making informed choices for material properties. We significantly extend …

Inserting virtual objects in real camera images with correct lighting is an active area of
research. Current methods use a high dynamic range camera with a fish-eye lens to capture …