JPEG 2000 coding of textured parametric surfaces

Manuel N. Gamito; Miguel S. Dias

doi:10.1117/12.526643

18 January 2004 JPEG 2000 coding of textured parametric surfaces

Manuel N. Gamito, Miguel S. Dias

Proceedings Volume 5308, Visual Communications and Image Processing 2004; (2004) https://doi.org/10.1117/12.526643
Event: Electronic Imaging 2004, 2004, San Jose, California, United States

Abstract

JPEG 2000 is a flexible standard for coding many different types of images. This flexibility will be increased in the near future with the JP3D standard, an extension of JPEG 2000 to three dimensions. This paper presents a set of techniques to code three-dimensional textured parametric surfaces, common in Computer Graphics applications, using JPEG 2000 and possibly using extensions from the newer JP3D standard. These coding techniques generate compressed files of much smaller size than conventional file formats for storing three-dimensional objects. This is because the proposed coding techniques are able to exploit the strong correlation that exists between neighboring surface points in a parametric representation. Furthermore, it is possible to encode parametric surfaces which change through time, something that is not available in many conventional file formats. The reversible compression mode of JPEG 2000 ensures that threedimensional surfaces can be recovered without error after decompression. This is an important requirement for surfaces used in medical imaging, for example. This paper will demonstrate how a large variety of surfaces can be coded with JPEG 2000. The techniques presented here impose only one, but important, constraint on the surfaces: they must obey a parametric representation.

Citation Download Citation

Manuel N. Gamito and Miguel S. Dias "JPEG 2000 coding of textured parametric surfaces", Proc. SPIE 5308, Visual Communications and Image Processing 2004, (18 January 2004); https://doi.org/10.1117/12.526643

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KEYWORDS

Computer programming

3D imaging standards

Standards development

Visualization

Volume rendering

Distortion

3D modeling

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