We propose a new method to analyze scattering light transport in homogeneous translucent
media. The incident light undergoes multiple bounces in translucent media, and produces a …

We propose a new method to analyze light transport in homogeneous scattering media. The
incident light undergoes multiple bounces in translucent objects, and produces a complex …

We describe a single-shot method to differentiate unscattered and scattered components of
light transmission through a heterogeneous translucent material. Directly-transmitted …

Illumination effects in translucent materials are a combination of several physical
phenomena: absorption and scattering inside the material, refraction at its surface. Because …

In translucent objects, light paths are affected by multiple scattering, which is polluting any
observation. Confocal imaging reduces the influence of such global illumination effects by …

Illumination effects in translucent materials are a combination of several physical
phenomena: refraction at the surface, absorption and scattering inside the material. Because …

We present a new algorithm for rendering translucent materials that combines photon
tracing with diffusion. This combination makes it possible to efficiently render highly …

Existing techniques for interactive rendering of deformable translucent objects can
accurately compute diffuse but not directional subsurface scattering effects. It is currently a …

Rendering of halftone images on scattering media such as paper is subject to dot gain.
Physical dot gain is caused by the mechanical and chemical properties of the paper, the ink …

The photorealistic rendering of the transparent effect of translucent objects is a hot research
topic in recent years. A real-time photorealistic rendering and material dynamic editing …