Date: | February 3, 2010 |
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Location: | DC 1331 |
Time: | 1:30 |
Chair: | Tiffany Inglis |
Date: | February 10, 2010 | February 17, 2010 | February 24, 2010 | March 3, 2010 |
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Location: | DC 1304 1:30 | DC 1304 1:30 | DC 1304 1:30 | DC 1304 1:30 |
Chair: | Craig Kaplan |
Matthew Kay |
Ben Lafreniere |
Philippe Lamoureux |
Technical Presentation: | Jingyuan Huang |
Tiffany Inglis |
Craig Kaplan |
Matthew Kay |
Marshall Hahn |
Title : Rendering of Multi-directional Height maps
Abstract: Machinists often simulate a part program to verify that is correct, since mistakes can cause damage to the part, machine, yourself, or others. A popular approach for 3-axis Machining simulation involves representing the stock (the material the part is being carved from) as a height map. This approach does not work for 5-axis Machining simulation, since height maps can only represent functional surfaces. This limitation can be removed through use of multi-directional height maps (a kd-tree where the surface contained in each cell is represented by a height map). In this talk, I explain how such a data structure can be rendered as a smooth surface. |
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2010 Feb 05, 14:30 — Cryptography, Security, and Privacy (CrySP) Group PhD Seminar Jeremy Clark, PhD candidate, David R. Cheriton School of Comp. Sci., Univ. Waterloo The First Governmental Election with a Voter Verifiable Tally: Experiences using Scantegrity II at Takoma Park
Also see other Math and CS postings.