| Document Date: 2006-04-04 17:06:09
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Company IBM / Oracle / Silicon Graphics / Intel / / / Event M&A / / Facility Computer Science University of Illinois / / IndustryTerm on-chip network / physical network / directory protocols / e-commerce workload / coherence protocols / high energy consumption / substantial energy / technology advances / highperformance snooping algorithm / slowest algorithm / snoopy protocols / embedded ring network / energy-conscious systems / out-of-order processors / coherence protocol / reply travel / energy-efficient environment / energy advantage / regular routing algorithm / energy / attractive algorithm energy-wise / snooping algorithms / adaptive snooping algorithms / energy-efficient algorithm / queuing hardware / baseline algorithms / energy consumption / adaptive algorithms / marginally-useful energy-consuming operations / given algorithm / snoopy protocol / snoopy algorithms / little energy / less energy / cache coherence protocol / simulation infrastructure / / Organization University of Illinois / Urbana-Champaign / National Science Foundation / SESC / / Person Low Low / Then Snoop / Snoop Then / Caches Frequency / Forward Snoop / Then Snoop Snoop / Karin Strauss / Forward Table / Forward Then Snoop / / Position Local Master qualifier / Global Master qualifier / 64B D-L1 RT / RT / Global Master qualifier for that line / Global/Local Master qualifier / GB/s RT / arbiter / cyc RT / Memory RT / forward / 64B L2 RT / / Product SystemPower Calculator / SPLASH-2 / / ProvinceOrState Illinois / / Technology snoopy protocol / directory-based protocol / slowest algorithm / 8 processors / 128 processors / out-of-order processors / proposed algorithms / Snooping algorithms / shared memory / cache coherence protocol / Directory In directory protocols / regular routing algorithm / CMP / coherence protocols / Superset algorithms / MESI coherence protocol / 4 processors / Conservative algorithm / baseline algorithms / multiprocessor Processor / Filtering algorithms / Superset algorithm / adaptive snooping algorithms / given algorithm / coherence protocol / Subset algorithm / two Superset algorithms / highperformance snooping algorithm / simulation / directory protocols / 32 processors / multi-GHz processors / Adaptive algorithms / 3.22 2 Normalized Energy algorithms / / URL http /
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Flexible Snooping: Adaptive Forwarding and Filtering of Snoops in Embedded-Ring Multiprocessors∗ Karin Strauss Xiaowei Shen†