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Spring 2008: GPU Computing - Lectures
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Date |
Lectures and References |
Homework and Projects |
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01/15 |
Course Introduction Computer Graphics Introduction
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01/17 |
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01/22 |
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01/24 |
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01/29 |
U. Kapasi, S. Rixner, W. Dally et al. Programmable stream processors, IEEE Computer August 2003 S.Venkatasubramanian, The graphics card as a stream computer, SIGMOD DIMACS, 2003 |
Due 01/31 on class |
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01/31 |
Reading: First chapter in the textbook |
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02/05 |
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02/07 |
Homework2: Download and study Cg toolkit |
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02/12 |
Class cancelled due to weather |
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02/14 |
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02/19 |
Sample Code Continues |
Project 1: Due March 3
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02/21 |
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02/26 |
Snow Cancellation |
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02/28 |
Introduction to Numerical Partial Differential Equations Refs: Numerical Partial Differential Equations: Finite Difference Methods, by J.W. Thomas, Springer, 1995 |
Due date of Project 1 extends to March 10. Please refer to an example for matrix operations: Sample cg matrix code |
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03/04 |
Numerical Computing Continue |
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03/06 |
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03/11 |
Image Processing Continues Project 1 Discussion
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03/13 |
Linear Algebra on GPU |
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03/18 |
Spring Break |
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03/20 |
Spring Break |
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03/25 |
Project2 : Due April 7 |
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03/27 |
See http://trowley.org/ For GPU papers to prepare your final presentation |
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04/01 |
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04/03 |
Rendering on GPU 3 |
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04/08 |
Rendering on GPU 4 |
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04/10 |
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04/15 |
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04/17 |
1. Sutton, Andrew N. Accelerating large graph algorithms on the GPU using CUDA 2. Alsakran, Jamal M GPU-accelerated Deep Shadow Maps for direct volume Rendering |
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04/22 |
3. Hagan, Aaron M Real-Time Rendering of 3D fluids 4. Alam, Najla |
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04/24 |
5. Bellomo, Brad V 6. Clouser, Thomas L. The application of GPU computing to accelerate wireless ad hoc network simulation |
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04/29 |
7. Enrick, Christopher B. The FFT on a GPU 8. Oneill, Ryan M. |
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05/01 |
9. Knotts, Andrew R. Silhouette Maps for Improved Texture Magnification 10. Chen, Fan Zippy GPU |
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