University of North Carolina / Occlusion-Compatible 3D Image Warping William R. Mark Gary Bishop Department / Link Foundation / Univ. of North Carolina / /
Person
Li wei He / Loren Carpenter / Lance Williams / Leonard McMillan / Henry Fuchs / Steven J. Gortler / Ray Smith / Shenchang Eric Chen / Radek Grzeszczuk / Richard Szeliski / William R. Mark / R. Mark Gary Bishop / Pat Hanrahan / Michael F. Cohen / Fred Brooks / George Wolberg / Keiichi Ohsaki / Chen / Gary Bishop / Marc Levoy / Rendering Techniques / Werner Purgathofer / Steve Molnar / Nelson Max / / /
Position
S. Fisher / Carpenter / Bishop / painter / /
Product
Microsoft Corporation Portable Audio Device / /
ProvinceOrState
Louisiana / Rhode Island / North Carolina / California / /
PublishedMedium
Computer Graphics / /
Technology
alpha / Visible line/surface algorithms / epipolar line traversal algorithm / two-pass 3D warp algorithm / 3-D / Graphics processors / 3D warp algorithms / 6 Algorithm / splat-type reconstruction algorithm / cache memory / one-pass 3D warping algorithms / complicated line drawing algorithm / simpler interpolation algorithm / A-buffer algorithm / two-pass algorithm / one-pass 3D warp algorithms / two pass algorithm / preferred algorithm / 44 Algorithm / possible implementation-oriented algorithms / one-pass algorithms / 3D graphics / 2-pass 3D warp algorithm / 3D warping algorithms / /
In Proceedings of 1997 SIGGRAPH/Eurographics Workshop on Graphics Hardware, Los Angeles, CA, August 3-4, 1997, pp[removed]Memory Access Patterns of Occlusion-Compatible 3D Image Warping William R. Mark Gary Bishop