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To lower on-chip SRAM area overhead for chip multiprocessors (CMPs), this work treats a novel directory design which compresses <underline>p</underline>resent-bit <underline>v</underline>ectors (PVs) by dropping “runs of zeros” commonly existing and lets PVs be transformed to their variations after sharer relinquishment for hashing alternative table sets to lift table utilization...
A directory-based chip multiprocessor (CMP) suffers from excessive directory area overhead when its size grows. This work leverages novel relinquishment coherence and superior directory efficiency (RECODE) to lower area overhead. Relinquishment coherence boosts the utilization of a hash-based, set-associative table which holds distinct present-bit vectors (PVs), as it transforms a conflict PV to its...
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