This state of the art report covers reconstruction methods for transparent and specular
objects or phenomena. While the 3D acquisition of opaque surfaces with Lambertian …

Fluid simulation is one of the most active research areas in computer graphics. However, it
remains difficult to obtain measurements of real fluid flows for validation of the simulated …

We seek to sense the three dimensional (3D) volumetric distribution of scatterers in a
heterogenous medium. An important case study for such a medium is the atmosphere …

Acquiring transparent, refractive objects is challenging as these kinds of objects can only be
observed by analyzing the distortion of reference background patterns. We present a new …

We present a novel approach for highly detailed 3D imaging of turbulent fluid mixing
behaviors. The method is based on visible light computed tomography, and is made …

Abstract Existing Particle Imaging Velocimetry techniques require the use of high-speed
cameras to reconstruct time-resolved fluid flows. These cameras provide high-resolution …

The scanning of 3D geometry has become a popular way of capturing the shape of real-
world objects. Transparent objects, however, pose problems for traditional scanning …

Fluorescent Immersion Range Scanning Page 1 To appear in the ACM SIGGRAPH conference
proceedings Fluorescent Immersion Range Scanning Matthias B. Hullin1 Martin Fuchs1 Ivo …

This paper presents a method for recovering shape and normal of a transparent object from
a single viewpoint using a Time-of-Flight (ToF) camera. Our method is built upon the fact that …

We introduce a new approach to capturing refraction in transparent media, which we call
Light Field Background Oriented Schlieren Photography (LFBOS). By optically coding the …