… if we performed no modulation, and M LFI is the attenuation provided by our SLM. Although
the SLM is 2D, the presence of a microlens array allows us to define M LFI as a 4D function. …

… Pizer, and Turner Whitted for their encouragement on this article, and John M. Gauch, … Levoy
received a bachelor of architecture in 1976 and a master of science in computer graphics in …

… -space was introduced to the graphics community by Levoy and Hanrahan [1996] and Gortler
et … Levoy was partially supported by the NSF under contract IIS-0219856-001 and DARPA …

We describe a hardware and software system for digitizing the shape and color of large
fragile objects under non-laboratory conditions. Our system employs laser triangulation …

A number of techniques have been proposed for flying through scenes by redisplaying
previously rendered or digitized views. Techniques have also been proposed for interpolating …

… We pick this algorithm because it has received extensive use in a production environment
[Levoy 001, and has been found to be robust for scanned data containing many kinds of …

… Turk and Levoy [30] devised an incremental algorithm that updates a reconstruction by
eroding redundant geometry, followed by zippering along the remaining boundaries, and finally a …

The advent of inexpensive digital image sensors and the ability to create photographs that
combine information from a number of sensed images are changing the way we think about …

… This equals the linear field of view on the specimen multiplied by the lateral magnification
M of the objective (ratio of the two red lines in figure 2(a)). For typical objectives, M is in the …

… + 1 for some integer M, we represent this enumeration by a pyramid of M + 1 binary volumes
… indexed by a level number m where m = 0, . . . , M, and the volume at level m is denoted V,. …