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Parallel Programming Model (EE-728)
Course Outline (EE-728)
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Parallel Programming Model (EE-728): Course Outline (EE-728)
Modeling sequential or parallel computation includes two components: a machine model and a programming model.
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Course Outline (EE-728)
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Course Outline
Introduction to Parallel Computer Architecture.
Applications of Parallel Computing in Sciences and Engineering.
Understanding the Level of Parallelism.
Memory Organization of Parallel Computers.
ThreadLevel Parallelism.
Parallel Programming Models.
Introduction to OpenMP.
Synchronization, Performance, Multicore and GPU Programming.
Introduction to Intel Xeon Programming, Supercomputers and Superclusters Programming.
E-Books (full Text)
CUDA Programming : A Developer's Guide to Parallel Computing with GPUs
Author: Shane Cook
Publisher: Elsevier Science
Year of Publication: 2014
EBook ISBN: 9780124159884
Parallel Port Complete : Programming, Interfacing, & Using the PC's Parallel Printer Port
Author: Jan Axelson
Publisher: Lakeview Research
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Year of Publication: 2002
EBook ISBN: 9780965081962
Structured Parallel Programming : Patterns for Efficient Computation
Author: Michael McCool
Publisher: Elsevier Science
Year of Publication: 2012
EBook ISBN: 9780123914439
E-Books (full Text)
Parallel Programming with Intel Parallel Studio XE
Author: Stephen Blair-Chappell
Publisher: John Wiley & Sons
Year of Publication: 2012
EBook ISBN: 9781118221136
Parallel Finite-Difference Time-Domain Method
Author: Wenhua Yu
Publisher: Artech House
Year of Publication: 2006
EBook ISBN: 9781596930865
Using OpenCL : Programming Massively Parallel Computers
Author: J. Kowalik
Publisher: IOS Press
Year of Publication: 2012
EBook ISBN: 9781614990307
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