Texture
Wednesday, 11 August
10:30 am - 12:15 pm
Room 502A
Session Chair: Eric Haines, Autodesk, Inc.

PACKMAN: Texture Compression for Mobile Phones A new lossy texture compression scheme, targeted for mobile devices, that compresses 2 x 4 blocks into 32 bits. Jacob Ström Ericsson Research jacob.strom (at) ericsson.com Tomas Akenine-Moller Lunds universitet/Ericsson Mobile Platforms
Tile-Based Texture Mapping on Graphics Hardware A tile-based texture mapping algorithm running on GPUs that functions transparently as an arbitrarily large texture mipmap while consuming only a small and fixed amount of texture memory. Li-Yi Wei NVIDIA Corporation liyiwei (at) graphics.stanford.edu
Constrained Segmentation of Complex Models for Image-Based Texture Editing A constrained segmentation method for partitioning 3D models for texture mapping. Region boundaries conform to salient features, respecting user-imposed constraints. An application to virtual paint restoration is illustrated. Ioana Boier-Martin IBM T.J. Watson Research Center ioana (at) us.ibm.com Holly Rushmeier Yale University Richard Giantisco Freelance 3D Artist
Subband Encoding of High-Dynamic-Range Imagery A backwards-compatible format for lossy encoding of high-dynamic-range images that fits within a standard JPEG wrapper and looks like a tone-mapped image. Gregory Ward Anyhere Software Sunnybrook Technologies Maryann Simmons Walt Disney Feature Animation