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 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 …

Virtually all structured light methods assume that the scene and the sources are immersed in
pure air and that light is neither scattered nor absorbed. Recently, however, structured …

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

We present a new method for reconstructing the exterior surface of a complex transparent
scene with inhomogeneous interior (eg, multiple interfaces, reflective or painted interiors …

We introduce the concept of" surface illuminance flow" in two steps. First we reiterate the
notion of the" light vector", and then proceed to decompose the light vector into a scalar" …

This paper proposes a novel photometric stereo solution to jointly estimate surface normals
and scattering parameters from a globally planar, homogeneous, translucent object. Similar …

Capturing and understanding visual signals is one of the core interests of computer vision.
Much progress has been made wrt many aspects of imaging, but the reconstruction of …

A technique is presented which utilizes the polarization properties of reflected light to
separate specular and diffuse components of reflection. This technique works for both …

Edges in images of translucent objects are very different from edges in images of opaque
objects. The physical causes for these differences are hard to characterize analytically and …