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High Performance Computing
first Edition
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High Performance Computing

by Charles Severance, Kevin Dowd
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The purpose of this book, High Performance Computing has always been to teach new programmers and scientists about the basics of High Performance Computing. This book is for learners with a basic understanding of modern computer architecture, not advanced degrees in computer engineering, as it is an easily understood introduction and overview of the topic.

High Performance Computing
Introduction to the Connexions Edition
Introduction to High Performance Computing
Why Worry About Performance?
Scope of High Performance Computing
Studying High Performance Computing
Measuring Performance
The Next Step
1. Modern Computer Architectures
1.1. Memory
1.1.1. Introduction
1.1.2. Memory Technology
1.1.3. Registers
1.1.4. Caches
1.1.5. Cache Organization
1.1.6. Virtual Memory
1.1.7. Improving Memory Performance
1.1.8. Closing Notes
1.1.9. Exercises
1.2. Floating-Point Numbers
1.2.1. Introduction
1.2.2. Reality
1.2.3. Representation
1.2.4. Effects of Floating-Point Representation
1.2.5. More Algebra That Doesn't Work
1.2.6. Improving Accuracy Using Guard Digits
1.2.7. History of IEEE Floating-Point Format
1.2.8. IEEE Operations
1.2.9. Special Values
1.2.10. Exceptions and Traps
1.2.11. Compiler Issues
1.2.12. Closing Notes
1.2.13. Exercises
2. Programming and Tuning Software
2.1. What a Compiler Does
2.1.1. Introduction
2.1.2. History of Compilers
2.1.3. Which Language To Optimize
2.1.4. Optimizing Compiler Tour
2.1.5. Optimization Levels
2.1.6. Classical Optimizations
2.1.7. Closing Notes
2.1.8. Exercises
2.2. Timing and Profiling
2.2.1. Introduction
2.2.2. Timing
2.2.3. Subroutine Profiling
2.2.4. Basic Block Profilers
2.2.5. Virtual Memory
2.2.6. Closing Notes
2.2.7. Exercises
2.3. Eliminating Clutter
2.3.1. Introduction
2.3.2. Subroutine Calls
2.3.3. Branches
2.3.4. Branches With Loops
2.3.5. Other Clutter
2.3.6. Closing Notes
2.3.7. Exercises
2.4. Loop Optimizations
2.4.1. Introduction
2.4.2. Operation Counting
2.4.3. Basic Loop Unrolling
2.4.4. Qualifying Candidates for Loop Unrolling Up one level
2.4.5. Nested Loops
2.4.6. Loop Interchange
2.4.7. Memory Access Patterns
2.4.8. When Interchange Won't Work
2.4.9. Blocking to Ease Memory Access Patterns
2.4.10. Programs That Require More Memory Than You Have
2.4.11. Closing Notes
2.4.12. Exercises
3. Shared-Memory Parallel Processors
3.1. Understanding Parallelism
3.1.1. Introduction
3.1.2. Dependencies
3.1.3. Loops
3.1.4. Loop-Carried Dependencies
3.1.5. Ambiguous References
3.1.6. Closing Notes
3.1.7. Exercises
3.2. Shared-Memory Multiprocessors
3.2.1. Introduction
3.2.2. Symmetric Multiprocessing Hardware
3.2.3. Multiprocessor Software Concepts
3.2.4. Techniques for Multithreaded Programs
3.2.5. A Real Example
3.2.6. Closing Notes
3.2.7. Exercises
3.3. Programming Shared-Memory Multiprocessors
3.3.1. Introduction
3.3.2. Automatic Parallelization
3.3.3. Assisting the Compiler
3.3.4. Closing Notes
3.3.5. Exercises
4. Scalable Parallel Processing
4.1. Language Support for Performance
4.1.1. Introduction
4.1.2. Data-Parallel Problem: Heat Flow
4.1.3. Explicity Parallel Languages
4.1.4. FORTRAN 90
4.1.5. Problem Decomposition
4.1.6. High Performance FORTRAN (HPF)
4.1.7. Closing Notes
4.2. Message-Passing Environments
4.2.1. Introduction
4.2.2. Parallel Virtual Machine
4.2.3. Message-Passing Interface
4.2.4. Closing Notes
5. Appendixes
5.1. Appendix C: High Performance Microprocessors
5.1.1. Introduction
5.1.2. Why CISC?
5.1.3. Fundamental of RISC
5.1.4. Second-Generation RISC Processors
5.1.5. RISC Means Fast
5.1.6. Out-of-Order Execution: The Post-RISC Architecture
5.1.7. Closing Notes
5.1.8. Exercises
5.2. Appendix B: Looking at Assembly Language
5.2.1. Assembly Language
6. Attributions

Charles Severance is a Clinical Associate Professor in the School of Information at the University of Michigan where he teaches Informatics courses; he has also taught Computer Science at Michigan State University. He is active in Open Source and Open Educational Resources and teaches a number of free Massively Open Online Courses (MOOCs) on Python and Web Technologies on Coursera. Previously he was the Executive Director of the Sakai Foundation and the Chief Architect of the Sakai Project (www.sakaiproject.org).

Kevin Dowd is a consultant to the aerospace and commercial industries, specializing in performance computing and information infrastructures. He is a veteran of two computer companies (which no longer make computers), and the nuclear power plant business (not many more of those have been made either). Kevin is a principal in the Atlantic Computing Technology Corporation, located in Wethersfield, Connecticut.

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