Performance Engineering of Software Systems

1. introduction-and-matrix-multiplication
2. bentley-rules-for-optimizing-work
3. bit-hacks
4. assembly-language–computer-architecture
5. c-to-assembly
6. multicore-programming
7. races-and-parallelism
8. analysis-of-multithreaded-algorithms
9. what-compilers-can-and-cannot-do
10. measurement-and-timing
11. storage-allocation
12. parallel-storage-allocation
13. the-cilk-runtime-system
14. caching-and-cache-efficient-algorithms
15. cache-oblivious-algorithms
16. nondeterministic-parallel-programming
17. synchronization-without-locks
18. domain-specific-languages-and-autotuning
19. leiserchess-codewalk
20. speculative-parallelism–leiserchess
21. tuning-a-tsp-algorithm
22. graph-optimization
23. high-performance-in-dynamic-languages