Application of computational geometry


We have applied and developed methods of computational geometry for a brachytherapy optimization program:


*   Optimal oriented bounding box


*   Voronoi and Delaunay graphs


*   Dose computation using Voronoi and Delaunay graphs


*   Uniform distributed points on triangulated surfaces


*   Fast generation of points inside triangulated objects obtained by cross-sectional contours


*   Basic geometric algorithms for template based inverse planning


*   Margins and deformations of objects


*   Optimization of beam configurations in radiotherapy


*   Surface reconstruction from parallel contours (in preparation).



See also:


[Medical Physics 27(5)] , [Medical Physics 27(10)], [Medical Physics 27(11)]



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