We present a new BSSRDF for rendering images of translucent materials. Previous diffusion
BSSRDFs are limited by the accuracy of classical diffusion theory. We introduce a modified …

We consider real-time rendering of scenes in participating media, capturing the effects of
light scattering in fog, mist and haze. While a number of sophisticated approaches based on …

Subsurface scattering is important for photo-realistic rendering of translucent materials. We
make approximations to the BSSRDF model and propose a simple lighting model to …

We present a technique, based on precomputed light transport, for interactive rendering of
translucent objects under all-frequency environment maps. We consider the complete …

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

In this article, we propose techniques for modeling and rendering of heterogeneous
translucent materials that enable acquisition from measured samples, interactive editing of …

This paper presents a novel method for real‐time homogenous translucent material editing
under fixed illumination. We consider the complete analytic BSSRDF model proposed by …

When the shape of an object is known, its appearance is determined by the spatially-varying
reflectance function defined on its surface. Image-based rendering methods that use …

In this paper we propose a new physically plausible, anisotropic Bidirectional Reflectance
Distribution Function (BRDF) for fitting and for importance sampling in global illumination …

Inverse rendering is a powerful approach to modeling objects from photographs, and we
extend previous techniques to handle translucent materials that exhibit subsurface …