Difference between revisions of "Team Sonic"
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== Progress == | == Progress == | ||
=== Assignment 1 === | === Assignment 1 === | ||
| − | ====Daniel==== | + | ====[[User:Daniel_Lev | Daniel]]==== |
=====Topic===== | =====Topic===== | ||
I'm interested in profiling and parallelizing an algorithm that finds the average value of an array of integral values. Although it might not sound exciting to some, I think it's a great starting point. | I'm interested in profiling and parallelizing an algorithm that finds the average value of an array of integral values. Although it might not sound exciting to some, I think it's a great starting point. | ||
=====Updates===== | =====Updates===== | ||
| − | ====Prasanth==== | + | ====[[User:Pvaaheeswaran | Prasanth]]==== |
=====Topic===== | =====Topic===== | ||
Find open source tomography algorithm, profile it, then attempt to convert parts of source code to take advantage of GPU using CUDA. | Find open source tomography algorithm, profile it, then attempt to convert parts of source code to take advantage of GPU using CUDA. | ||
=====Updates===== | =====Updates===== | ||
| − | ====Leo==== | + | ====[[User:Leo_Turalba | Leo]]==== |
=====Topic===== | =====Topic===== | ||
=====Updates===== | =====Updates===== | ||
Revision as of 14:37, 29 January 2013
Contents
Team Sonic
Members
About
Progress
Assignment 1
Daniel
Topic
I'm interested in profiling and parallelizing an algorithm that finds the average value of an array of integral values. Although it might not sound exciting to some, I think it's a great starting point.
Updates
Prasanth
Topic
Find open source tomography algorithm, profile it, then attempt to convert parts of source code to take advantage of GPU using CUDA.
