Course Description
Starting from foundation principles, this three-day course introduces concepts and approaches common to all implementations of parallel programming for shared-memory systems. Topics include recognizing parallelism opportunities. parallelizing sequential constructs, using threads to implement date and functional parallelism, discovering dependencies and ensuring mutual exclusion, analyzing and improving threaded performance, and choosing an appropriate threading model for implementation.

Course Objectives
After completing this course, you should be able to:

• Determine the best domain decomposition to use to parallelize your application
• Thread sample applications using either an explicit threading model or OpenMP*
• Develop well optimized threaded applications
• Improve application performance of applications on Intel Multi-Core Architecture

Course Agenda

• Threading Concepts
• Introduction to Intel® Compilers and Intel® VTuneTM Performance Analyzer
• Programming with threads (Windows*/ PThreads*)
• Programming with OpenMP Threads
• Multithreaded Programming Methodology
• Performance analysis and de-bugging thread correctness checking for Multi-Core Platforms using Intel® Threading Tools

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