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| − | ==[[Abstract]]==
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| − | Overview
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| − | What is Parallel Computing?
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| − | Why Use Parallel Computing?
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| − | Who is Using Parallel Computing?
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| − | Concepts and Terminology
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| − | von Neumann Computer Architecture
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| − | Flynn's Classical Taxonomy
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| − | Some General Parallel Terminology
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| − | Limits and Costs of Parallel Programming
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| − | Parallel Computer Memory Architectures
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| − | Shared Memory
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| − | Distributed Memory
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| − | Hybrid Distributed-Shared Memory
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| − | Parallel Programming Models
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| − | Overview
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| − | Shared Memory Model
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| − | Threads Model
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| − | Distributed Memory / Message Passing Model
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| − | Data Parallel Model
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| − | Hybrid Model
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| − | SPMD and MPMP
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| − | Designing Parallel Programs
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| − | Automatic vs. Manual Parallelization
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| − | Understand the Problem and the Program
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| − | Partitioning
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| − | Communications
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| − | Synchronization
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| − | Data Dependencies
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| − | Load Balancing
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| − | Granularity
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| − | I/O
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| − | Debugging
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| − | Performance Analysis and Tuning
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| − | Parallel Examples
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| − | Array Processing
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| − | PI Calculation
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| − | Simple Heat Equation
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| − | 1-D Wave Equation
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| − | References and More Information
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