Date: | June 19, 2019 |
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Location: | DC 2314 |
Time: | 11:00 |
Chair: | Jonathan Panuelos |
Date: | June 26th, 2019 | July 3rd, 2019 | July 10th, 2019 | July 17th, 2019 |
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Location: | DC 3102 11:00 | DC 3317 11:00 | DC 3317 11:00 | DC 3317 11:00 |
Chair: | Greg Philbrick |
Having tooth extraction, no chairing. |
Andrew Tinits |
Huijing Yao |
Technical Presentation: | Jonathan Panuelos |
Greg Philbrick |
Reza Saputra |
Andrew Tinits |
Nathan King |
Title : The Heat Method for Geodesic Distance Computation
Abstract: The heat method for geodesic distance computation is attractive because it is robust, efficient, and simple to implement. The method has previously been applied on triangle meshes, polygonal meshes, and point clouds. In this talk I will review the heat method and show some preliminary work using an implicit surface representation. |
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