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Jimenez describes the technology as follows: "This movie shows my latest and final advances on real-time skin rendering (Separable Subsurface Scattering), which enables to quickly render skin in ...

It's a breakthrough made possible by the process of separable subsurface scattering (SSS) which quickly renders the translucent properties of skin and its effect on light in two post-processing ...

Jorge Jiminez has released work using a process called "separable subsurface scattering" (SSS) that allows light to act realistically when moving through translucent surfaces such as skin.

While there have been works to model subsurface transport of light, the existing methods are either slow or inefficient for anisotropic or highly scattering translucent media (such as skin and milk).

A new optical method that can image subsurface ... skin. The method was developed under a Cooperative Research and Development Agreement between the two institutions. The project adapted light ...

Prof. Choi reported: "Although in this paper we apply the surface splatting with subsurface scattering to human facial skin, our method can be used for various translucent objects such as marble ...