In this study, we focus on the 3D surface measurement and reconstruction of translucent objects. The proposed approach of surface-shape determination of translucent objects is based on the combination ...

Abstract: It remains an open issue to apply traditional techniques to measure 3D shape of a translucent object. This paper describes a 3D shape measurement method which expanded applicable objects and ...

3D shape measurement by structured light is a popular technique for recovering object surfaces. However, structured light technique assumes that scene points are directly illuminated by the light ...

Abstract: Fringe projection profilometry (FPP) has been widely used in various fields because of its advantages of noncontact, nondestructive, high precision, and high speed. However, due to the ...

One of the most perplexing problems in vision science is to understand how the visual system computes the reflectance and transmittance properties of different materials despite variability in 3D ...

We present TransCut, a technique for interactive rendering of translucent objects undergoing fracturing and cutting operations. As the object is fractured or cut open, the user can directly examine ...

Light diffuses through the curtain and is reflected from the background, creating long-range optical interactions. Consequently, conventional Gray codes and phase shifting result in large errors and ...

Translucent materials are often characterized by low direct component. Since modulated phase shifting relies on explicitly separating the direct and the global components, it suffers from low ...

Microsoft’s Kinect is great, but it has its limitations. Not so MIT’s new nano-camera, though, which uses similar technology but can weave the same magic with translucent objects, and even work in ...