Dec 9, 2020 · The first approach is accomplished by opportunistically "flattening" the page table: merging two levels of traditional 4KB page table nodes into ...
Dec 9, 2020 · In this work we reduce the penalty of page table walks by both reducing the number of indirections required for page walks and by reducing the ...
We achieve this by first flattening the page table by allocating page table nodes in large pages. This results in fewer levels in the page table, which reduces ...
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This work flattens the page table by allocating page table nodes in large pages, which results in fewer levels in thepage table, which reduces the number of ...
Mar 3, 2021 · The basic idea (without any caches of any kind) is that when you access memory the CPU: finds the highest level page table (e.g. from the ...
Missing: Keeping Flat
Page Tables: Keeping them Flat and Hot (Cached) ... We investigate two complementary techniques for addressing this cost: reducing the number of accesses required ...
Every Walk's a Hit: Making Page Walks Single-Access Cache Hits. CH Park, I ... Page Tables: Keeping them Flat and Hot (Cached). CH Park, I Vougioukas, A ...
Jun 3, 2016 · The page cache keeps pages read recently for faster access in the near future. Example, the kernel needs to access to a page which exists in RAM ...
Page Tables: Keeping them Flat and Hot (Cached). Preprint. Full-text available ... We achieve this by first flattening the page table by allocating page table ...
... these caches as well as automatically reverse engineering page table caches on new architectures ... Page Tables: Keeping them Flat and Hot (Cached) · Chang Hyun ...