F. Davoine, E. Bertin, J.-M. Chassery. From rigidity to adaptive tessellation for fractal image compression: Comparative studies. In Proc. of IEEE 8th Workshop on Image and Multidimensional Signal Processing, Pages 56-57, Cannes, 1993.
Image compression by fractal approach is based on theory of Local IFS using block coding techniques. The image support is usually partitioned in rigid square blocks. Other methods can be used for the choice of blocks: Quadtrees rectangles, Delaunay triangles and Voronoi polygons. In this paper, we present comparative studies using rigid and adaptive tessellations.
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@InProceedings{DaBeCh93,
Author = {Davoine, F. and Bertin, E. and Chassery, J.-M.},
Title = {From rigidity to adaptive tessellation for fractal image compression: Comparative studies},
BookTitle = {Proc. of IEEE 8th Workshop on Image and Multidimensional Signal Processing},
Pages = {56--57},
Address = {Cannes},
Month = {},
Year = {1993}
}