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

This paper presents a technique, based on pre-computed light transport and separable
BRDF approximation, for interactive rendering of non-diffuse objects under all-frequency …

We present a technique for interactive rendering of glossy objects in complex and dynamic
lighting environments that captures interreflections and all-frequency shadows. Our system …

Existing techniques for fast, high-quality rendering of translucent materials often fix BSSRDF
parameters at precomputation time. We present a novel method for accurate rendering and …

Precomputed Radiance Transfer allows interactive rendering of objects illuminated by low-
frequency environment maps, including self-shadowing and interreflections. The expensive …

We introduce a method based on precomputed radiance transfer (PRT) that allows
interactive rendering of glossy surfaces and includes shadowing effects from dynamic,“all …

This paper focuses on efficient rendering based on pre-computed light transport, with
realistic materials and shadows under all-frequency direct lighting such an environment …

Algorithms for rendering interreflection (or indirect illumination) effects often make
assumptions about the frequency range of the materials' reflectance properties. For …

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 …