| Document Date: 2008-08-29 19:22:11
Open Document File Size: 352,79 KBShare Result on Facebook
City Hypertransport / / Company IBM / Intel / Advanced Micro Devices / / / Facility Embedded-Ring Multiprocessors∗ Karin Strauss Xiaowei Shen† University of Illinois / LTT stalls / / IndustryTerm real estate / near-future technology / physical network / e-commerce workload / few possible algorithms / out-of-order processor / coherence protocols / collision resolution algorithms / embedded-ring snoopy protocols / point-to-point network / physical-ring protocols / runs winner-selection algorithm / embedded-ring protocol / coherence protocol / cache coherence solution / large chip / embedded-ring protocols / winnerselection algorithm / energy / / Organization LTT CMP / University of Illinois / National Science Foundation / SESC / / Person Progress There / Karin Strauss / Prefetch Predictor / / ProvinceOrState Illinois / / Technology Eager protocol / physical-ring protocols / three algorithms / embedded-ring snoopy protocols / resulting coherence protocols / load balancing / winnerselection algorithm / collision resolution algorithms / large chip / Uncorq protocol / coherence protocol / 4-issue out-of-order processor / existing embedded-ring protocols / Uncorq algorithm / runs winner-selection algorithm / Snooping algorithms / few possible algorithms / Sequential Consistency / embedded-ring protocol / 64-node Chip / embedded-ring protocols / CMP / resulting protocol / Eager Forwarding algorithm / / URL http /
SocialTag |
Uncorq: Unconstrained Snoop Request Delivery in Embedded-Ring Multiprocessors∗ Karin Strauss Xiaowei Shen†