CGL Meeting Agenda


Date: November 6th, 2019
Location: DC 3317
Time: 10:30
Chair: Christopher Batty
Christopher Batty

1. Acceptance of the Agenda - additions or deletions

2. Coffee Hour

Coffee hour last week:
- thanks!
Coffee hour this week:
Volunteers?
Coffee hour next week:
Volunteers?

3. Forthcoming

Date: November 13th,2019 November 20th,2019 November 27th,2019 December 4, 2019
Location: DC 3317 10:30 DC 3317 10:30 DC 3317 10:30 DC 3317 10:30
Chair: JC Chang
JC Chang
Bill Cowan
Bill Cowan
Xiang Fang
Xiang Fang
Yu Gu
Yu Gu
Technical Presentation: Christopher Batty
Christopher Batty
JC Chang
JC Chang
Bill Cowan
Bill Cowan
Xiang Fang
Xiang Fang

4. Technical Presentation

Huijing Yao

Huijing Yao
Title : An alternative R(4,4) representation
Abstract:
R(4,4) was proposed as a model for computer graphics, it has points, planes, quadrics and affine and perspective transformations used in computer graphics. I am going to show how using a new basis for R(4,4) to simplify the resulting equation in this geometry.

5. Discussion Items

6. Conferences and Special Journal Issues

7. Seminars and Events

Wednesday, 6 November 2019, 2:15PM - Computer Science (Algorithms and Complexity Group), DC 1304
Bundit Laekhanukit: -- Polylogarithmic Approximation for k-Connected Directed Steiner Tree in Quasi-Bipartite Graphs
 
Thursday, 7 November 2019, 1:15PM - Computer Science (Human-Computer Interaction), DC 2314
Mike Schaekermann: -- Understanding Expert Disagreement in Medical Data Analysis through Structured Adjudication
 
Thursday, 7 November 2019, 1:30PM - Computer Science (Algorithms and Complexity Group), DC 1304
Yakov Nekrich: -- Dynamic Planar Point Location in External Memory
 
Thursday, 7 November 2019, 3:30PM - Computational Mathematics , M3 3103
Andrew Sutherland: -- Sum of Three Cubes
 
Friday, 8 November 2019, 11:00AM - Computer Science (Artificial Intelligence Lab), DC 1302
Chris Eliasmith: -- Spiking Neural Networks for More Efficient AI Algorithms
 
Tuesday, 12 November 2019, 3:00PM - Computer Science (Computer Graphics Research Group), DC 2585
Mirela Ben-Chen: -- Chebyshev Nets on Discrete Surfaces
 

Also see other Math and CS postings.

11. Lab Cleanup

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