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Parallel computing / Concurrency control / Microprocessors / Central processing unit / Threads / Deadlock / Multi-core processor / Multithreading / Lock / Computing / Concurrent computing / Computer architecture


Deadlock-Free Fine-Grained Thread Migration Myong Hyon Cho, Keun Sup Shim, Mieszko Lis, Omer Khan and Srinivas Devadas Massachusetts Institute of Technology Abstract—Several recent studies have proposed fine-grained, h
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Document Date: 2011-03-11 23:17:40

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Company

Interconnection Networks / TwoDimensional Mesh Networks / Intel / /

Facility

Srinivas Devadas Massachusetts Institute of Technology Abstract / /

IndustryTerm

on-chip network / coherent shared-memory systems / enough network / non-deadlock-free migration protocol / coherence protocols / network-level deadlock-free migration protocol / deadlock-free fine-grained thread migration protocol / multi-core systems / thread migration protocol / multiprocessor systems / deadlockfree migration protocol / multi-core processor / hardware-level migration systems / deadlock-free migration protocol / packet processor / on-chip networks / migration protocol / real-world applications / baseline routing algorithm / multicore processors / fine-grained thread migration protocol / software simulation / on-chip network solution / power management / migration protocols / migration algorithm / manufacturing faults / idealized deadlock-free migration protocol / coarse-grain migration protocols / computing / handshake protocol / target systems / on-chip network router / cache coherence protocol / /

NaturalFeature

ENC OCEAN / /

Organization

Institute of Technology Abstract / Massachusetts Institute of Technology / /

Person

Krishna K. Rangan / Jonathan Eastep / Omer Khan / Jeff Huynh / Enric Musoll / George Kurian / Won-Taek Lim / Pengju Ren / Sup Shim / Mark Charney / Benedict Gomes / Mieszko Lis / Matthew Misler / Jason E. Miller / Kelly A. Shaw / Morgan Kaufmann / Shubhendu S. Mukherjee / Shantanu Gupta / Wei Hu / Natalie Enright Jerger / Nauman Rafique / Steve Melvin / W. Quittek / Myong Hyon Cho / Boris Weissman / Mario Nemirovsky / Anant Agarwal / Aamer Jaleel / Srinivas Devadas / Robert Cohn / David Brooks / Akif Ali / Charles Gruenwald / Kim Hazelwood / Christopher Celio / Ady Tal / Gail Lyons / Arijit Biswas / Michael D. Powell / Brian Towles / Nathan Beckmann / Moshe (Maury) Bach / Elena Demikhovsky / Mithuna Thottethodi / Chi-Keung Luk / Daeho Seo / Harish Patil / Michael Holtkamp / Gu-Yeon Wei / /

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Position

simple interpreter / centralized deadlock-free migration scheduler / producer / local arbiter / interpreter / /

RadioStation

Core / /

Technology

baseline SWAP protocol / basic ENC algorithm / migration protocols / Network Processors / baseline routing algorithm / ENC algorithm / deadlock-free migration protocol / fine-grained thread migration protocol / provably deadlock-free migration protocol / baseline SWAP algorithm / multicore processors / operating system / coarse-grain migration protocols / Shared Memory / cache coherence protocol / deadlockfree migration protocol / migration protocol / ENC0 algorithm / non-deadlock-free migration protocol / coherence protocols / idealized deadlock-free migration protocol / conventional / expensive migration protocols / baseline SWAPinf protocol / VALUATION A. Baseline protocols / load balancing / ENC migration algorithm / thread migration protocol / network-level deadlock-free migration protocol / on-chip network router / simulation / deadlock-free fine-grained thread migration protocol / handshake protocol / Valiant algorithm / packet processor / /

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