| Document Date: 2008-08-26 22:57:32
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Company Concurrent VLSI Architecture Memo 124 Elastic Buffer Networks / R V R V V EB EB SA / Introduction Semiconductor / / / Facility Stanford University / William J. Dally Concurrent VLSI Architecture Group Computer Systems Laboratory Stanford University / / IndustryTerm higher metal layers / non-minimal router / un-buffered crossbar routers / minimal network / minimal router / hop router / communication infrastructure / minimal routers / crossbar elastic router / sub-network / minimal sub-network / 2D mesh networks / technology scaling / travel time / elastic buffered networks / minimal traffic sub-network / non-minimal network / sub-networks / downstream router / crossbar router / unbuffered crossbar router / buffered crossbar router / Non-minimal routers / virtual channel networks / / Organization Stanford University / Department of Electrical Engineering / / Person George Michelogiannakis / William J. Dally / James Balfour / / ProgrammingLanguage RC / / SportsLeague Stanford University / / Technology 3 3 Minimal Router / hop router / Non-minimal routers / Unbuffered crossbar elastic router / two routers / load balancing / minimal routers / flow control / force VCN routers / finite state machine / 2.2 Router / 3 Non-min Router / un-buffered crossbar routers / minimal router / FBFly router / input-queued VC routers / 4 downstream router / Simulation / unbuffered crossbar router / non-minimal router / crossbar router / EB routers / EBN routers / buffered crossbar router / /
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Stanford University Concurrent VLSI Architecture Memo 124 Elastic Buffer Networks-on-Chip George Michelogiannakisā, James Balfour and William J. Dally Concurrent VLSI Architecture Group Computer Systems Laboratory Stan