The Software Optimization Cookbook

It provides updated recipes for high-performance applications on Intel platforms. Through simple explanations and examples, four Intel experts show you how to address performance issues with algorithms, memory access, branch prediction, automatic vectorization, SIMD instruction, multiple threads, and floating-point calculations.
Software developers learn how to take advantage of Intel® Extended Memory 64 Technology (Intel®EM64T), multi-core processing. Hyper-Threading Technology, and Open MP†, and Multimedia extensions. This book guides you through the growing collection of software tools, compiler switches, and coding optimizations, showing you efficient ways to improve the performance of software applications for Intel platforms.

Highlights include

1. Choosing the right algorithm
2. Automatic vectorization and hints on how to guide the compiler
3. Compiler support for multi-threading
4. The performance impacts of shared L2 and L3 caches
5. Loop optimizations and when to use the compiler for performance gain.
6. Use of intrinsics to exploit SIMD technology

1. Introduction
2. The Benchmark
3. Performance Tools
4. The Hotspot
5. Processor Architecture
6. Algorithms
7. Branching
8. Memory
9. Loops
10. Slow Operations
11. Floating Point
12. SIMD Technology
13. Automatic Vectorization
14. Processor-Specific Optimizations
15. Introduction to Multiprocessing
16. Multithreading with Open MP
17. Taskqueuing and Advanced Topics
18. Case Study: Threading a Video Codec
19. Designing for Performance
20. Putting it Together: Basic Optimizations
21. Putting it Together: The Last Ten Percent

References
Index

Richard Gerber, Aart J.C. Bik, Kevin B. Smith, Xinmin Tian