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City Orlando / Ischia / Time Warp / Boston / Baltimore / New York / Fort Lauderdale / Lockenhaus / Bologna / Abu-Ghazaleh / San Diego / / Company IBM / Oak Ridge National Laboratory / AMD / / Country Italy / Austria / United States / / / Facility Rensselaer Polytechnic Institute / Georgia Institute of Technology / / IndustryTerm physical processor / performance computing / synchronization protocol / Ultra-scale parallel discrete event applications / deterministic event processing / parallel and distributed computing / shared memory systems / otherwise awaiting processing / point-to-point network / ultra large processor count systems / synchronous algorithm / network-based algorithm / computation algorithm / wireless communication services / barrier network / collective network / addressing protocol / quad processor / parallel applications / minimal event processing / point-to-point solution / peak event processing rate / event processing / control network / collective/reduction network / asynchronous algorithm / telephone network model / parallel and distributed systems / modest computing nodes / physical processors / linear search / / MarketIndex PHOLD / / Organization Rensselaer Computational Center for Nanotechnology Innovations / Christopher D. Carothers Department of Computer Science Rensselaer Polytechnic Institute Troy / Computer Science Department / Rensselaer Polytechnic Institute / Georgia Institute of Technology / Computer Science Department at Rensselaer Polytechnic Institute / / Person Christopher D. Carothers / / Position manager / Texas Ranger / AUTHOR / scheduler / Associate Professor / / Product Blue Gene/L / / ProgrammingLanguage L / / ProvinceOrState New Brunswick / Maryland / Prince Edward Island / New York / Manitoba / Florida / California / / Technology asynchronous GVT algorithm / Alpha / Time Warp protocol / RAM / control network / 3-D / correct GVT algorithm / 1 / 033 processors / PDES synchronization protocol / 3.1 Processor / 128 processors / addressing protocol / 1024 processors / Simulation System / 131 / 072 processors / asynchronous algorithm / shared memory / synchronous GVT computation algorithm / manager-worker GVT algorithm / 1 GVT Computation algorithm / network-based algorithm / synchronous GVT algorithm / 2048 processors / 4 processors / 16 / 384 processors / load balancing / 32 / 768 PROCESSOR / synchronous algorithm / 32 / 768 processors / GVT algorithms / GVT algorithm / physical processor / caching / synchronization protocol / 3.3 GVT algorithm / reduction GVT algorithm / simulation / virtual memory / quad processor / Gigabit Ethernet / 1000 processors / / URL www.teragrid.org / http / SocialTag 
ANALYSIS OF TIME WARP ON A 32,768 PROCESSOR IBM BLUE GENE/L SUPERCOMPUTER Akintayo O. Holder and Christopher D. Carothers