Beyond Malloc Efficiency to Fleet Efficiency - A Hugepage-Aware Memory Allocator

Beyond Malloc Efficiency to Fleet Efficiency - A Hugepage-Aware Memory Allocator

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slack and donation

16 of 24

16 of 24

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Beyond Malloc Efficiency to Fleet Efficiency - A Hugepage-Aware Memory Allocator

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  1. 1 Intro
  2. 2 normally reducing malloc cycles is good
  3. 3 business logic changes, infrastructure does not
  4. 4 malloc cycles do not matter. $$$ spent on hardware matter.
  5. 5 most cpu cycles do nothing
  6. 6 hugepages cheapen the page table walk
  7. 7 hugepages make the TLB bigger!
  8. 8 space efficient hugepage aware allocators are hard
  9. 9 demand oscillates wildly
  10. 10 emptying density - binpacking
  11. 11 mistakes can live forever
  12. 12 tcmalloc structure
  13. 13 spans back everything
  14. 14 change nothing but the page heap
  15. 15 Temeraire: the design
  16. 16 slack and donation
  17. 17 how does the HugeFiller make decisions?
  18. 18 HugeFiller tracks metadata per hugepage
  19. 19 we favor fragmentation over fullness
  20. 20 results
  21. 21 staged rollout
  22. 22 saved -1.3% of cycles
  23. 23 saving memory in the process
  24. 24 virtuous cycles: hugepage coverage

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