Autonomic Mode Switching for L2 Cache Speculative Accesses Based on L1 Cache Hit Rate
作者： Farnaz Toussi
DOI:
关键词: Operating system 、 Computer science 、 Cache coloring 、 Cache algorithms 、 Parallel computing 、 Snoopy cache 、 Smart Cache 、 Cache 、 Cache pollution 、 Page cache 、 Cache invalidation
摘要: A speculative access mechanism in a memory subsystem monitors hit rate of an L 1 cache, and autonomically switches modes accesses to 2 cache accordingly. If the is less than threshold, such as 50%, load mode for set load-cancel. greater or equal load-confirm. By adjusting changes, performance computer system that uses improves.
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