A Compact Tucker-Based Factorization Model for Heterogeneous Subsurface Scattering

All these methods have in common that they do not take the full subsurface scattering rendering equation using a (8D) BSSRDF [NRH ∗ 77] into account for translucency, and

The BRDF model that has been produced combines the anisotropic version of the specular scattering of light from the surface facets and the subsurface plate-like particles

Figure 3: Equal-sample-count comparison of standard unidirectional path tracing (left halves) against SNEE (right halves) showing only the transport that is handled by our

First, we proposed an algorithm to simulate subsurface scattering in molecular surfaces, providing information of the thickness of the surface.Moreover, we presented a method

Our interactive screen-space AMCW ToF simulation technique incorporates a two-pass light scattering propagation, involving the forward and backward scattering at the interface

ing illumination of a 3D scene point originates not only directly from a certain projector pixel but is perturbed by complex light transport effects such as subsurface

00:20 A Genetic Algorithm Based Heterogeneous Subsurface Scattering Representation 15:20 On the Nature of Perceptual Translucency.

Figure 12 presents a qualitative comparison of our proposed ren- dering with subsurface scattering (a) against photographs (b) of two male subjects with different skin