Back to Results
First PageMeta Content
3D computer graphics / Matrix theory / Multivariate statistics / Visual effects / Non-negative matrix factorization / Rendering / 3D modeling / Light field / Tessellation / Algebra / Linear algebra / Mathematics


To appear in the ACM SIGGRAPH 2002 conference proceedings Light Field Mapping: Efficient Representation and Hardware Rendering of Surface Light Fields Wei-Chao Chen ∗ University of North Carolina at Chapel Hill
Add to Reading List

Document Date: 2003-02-27 01:40:25

Open Document

File Size: 1,75 MB

Share Result on Facebook

City

Boston / /

Company

G. S. P. / Neural Information Processing Systems / Neural Networks / MIT Press / Spacetime / Clarendon Press / Intel Corporation / Results We / Advanced Networks / NVIDIA / Vertex / /

Country

United States / /

/

Event

M&A / /

Facility

Chapel Hill Jean-Yves Bouguet / University of North Carolina / /

IndustryTerm

signal processing framework / light field map compression algorithms / Online Texture Memory Figure / mesh editing software / faster rendering using commodity graphics hardware / white removable paint / hardware-accelerated rendering algorithm / generic graphics hardware / digital imaging technology / signal processing approach / simpler graphics hardware / proposed rendering algorithm / algorithm groups / approximation algorithms / factor analysis algorithms / distortion-driven algorithm / rendering algorithms / graphics hardware / interpolation algorithm / EM algorithms / light field approximation term using multitexturing graphics hardware / split algorithm / power iteration algorithm / faster rendering using generic graphics hardware / /

Organization

Optical Society of America / National Science Foundation / Center for Computer Graphics and Scientific Visualization / MIT / University of North Carolina / US Federal Reserve / /

Person

Michael D. McCool / P. E. Debevec / Hans-Peter Seidel / Omid Moghadam / Lars Nyland / K. Nishino / J. Malik / Henry Fuchs / Bob Liang / Quantize / Jason Ang / Pat Hanrahan / Bernd Girod / Justin Rattner / Herman Towles / Y. Sato / Y. Yu / Michael Goesele / Ara Nefian / Sam Roweis / Wolfgang Heidrich / M. D. Wheeler / Anselmo Lastra / K. Ikeuchi / Gary Bishop / Anis Ahmad / T. Hawkins / Jan Kautz / Gary Bradski / Gordon Stoll / Hendrik P. A. Lensch / G. D. Borshukov / /

Position

Vp / GB Dancer / /α vp / non-zero vector repeat vp / dancer / conference proceedings Models Bust Dancer / Model for Anisotropic Reflection / Reflectance Model for Computer Graphics / Bishop / /

Product

GeForceTM 3 / PCA / /

ProgrammingLanguage

K / /

ProvinceOrState

North Carolina / /

PublishedMedium

ACM Transactions on Graphics / Computer Graphics / /

Technology

digital imaging technology / image compression / 2-pass rendering algorithm / JPEG / Compression Algorithms / rendering algorithm / rendering algorithms / NMF algorithm / Image Processing / EM algorithms / digital camera / 3 Rendering Algorithm / two algorithms / power iteration algorithm / split algorithm / distortion-driven algorithm / generalized Lloyd algorithm / artificial intelligence / S3TC algorithm / proposed rendering algorithm / factor analysis algorithms / approximation algorithms / hardware-accelerated rendering algorithm / 3D graphics / block-based algorithms / animation / interpolation algorithm / light field map compression algorithms / /

SocialTag