Distributed Systems / Cambridge University Press / MIT Press / Interconnection Networks / Avici Systems Inc. / Cray Inc. / IEEE CS Press / Synopsys / /
Country
United Kingdom / /
Currency
USD / / /
Facility
National University of Singapore / Li-Shiuan Peh William J. Dally Stanford University / Stanford University / Massachusetts Institute of Technology / Virginia Polytechnic Institute / /
IndustryTerm
tual-channel router / wormhole router / communication systems / virtual-channel routers / canonical wormhole router / contemporary routers / straight wormhole router / speculative virtual-channel router / threedimensional network / speed signaling technology / experimental parallel computer systems / digital systems / nel router / virtualchannel router / ous router / mesh network / virtual-channel router / high-bandwidth core Internet / given router / stream processing / /
Organization
Cambridge University / ACM / National University of Singapore / MIT / Solid-State Circuits Society / Massachusetts Institute of Technology / IEEE / Polytechnic Institute / Stanford University / Stanford Univ. / Computer Society / /
Person
William J. Dally / Stanford Univ / / /
Position
Delay Model / global switch arbiter / the input controller / hb / model for wormhole and virtual-channel routers / professor of electrical engineering / ROUTER DELAY MODEL Input controller / professor of electrical engineering and computer science / head / global Switch arbiter / arbiter / research assistant / professor / designer / input controller / input Routing logic controller / the controller / Module Wormhole router Switch arbiter / switch arbiter / global Routing logic switch arbiter / matrix arbiter / controller / member / /
A DELAY MODEL FOR ROUTER MICROARCHITECTURES GIVEN ROUTER PARAMETERS, THIS DELAY MODEL PRESCRIBES REALISTIC PIPELINES, ENABLING ROUTER ARCHITECTS TO OPTIMIZE NETWORK PERFORMANCE BEFORE BEGINNING ACTUAL DETAILED DESIGN.