MPI library / F. Paul Anderson Tower / Australia’s National University / IBM Watson Research Center / University of Kentucky / building KLAT2 / /
IndustryTerm
design tools / designed network / random search / large scale networks / frequency-domain transformation algorithms / loose-fitting solutions / much larger systems / earlier work using genetic algorithms / tree-structured communications / performance computing systems / all-to-all communications / conventional networks / commodity networking components / external network hardware / collective communications / stage shuffle-exchange networks / design software / commodity network hardware / target applications / system area network / parallel processing community / large systems / search technology / cluster network / feasible networks / appropriate network / genetic algorithm / technology-specific libraries / typical applications / asymmetric solutions / technology scale / network hardware / design technology / external network / then mapping program communications / parallel processing literature / number processors / automated design tools / literature search / message-passing systems / performance-critical communications / less-than-minimal solution / switched network / direct connection networks / approximate solutions / aggregate networks / non-recirculating single-stage network / larger systems / be built using commodity network hardware / be built using standard network hardware / /
OperatingSystem
Linux / /
Organization
Australia’s National University / G. Dietz / & William R. Dieter ECE Department / University of Kentucky / Smithsonian / /
Person
Robert Edwards / Douglas A. Aberdeen / Sunil Kim / Alexander Veidenbaum / Timothy I. Mattox / Charles E. Leiserson / Henry G. Dietz / Gordon Bell / C.M. Krishna / Jonathan Baxter / Vijay Lakamraju / D. Savarese / Israel Koren / William R. Dieter / / /
Position
driver / engineer / author / supercomputer systems designer / general network topologies / D. J. / /
Product
Network / Network Interfaces / /
ProvinceOrState
Texas / Wisconsin / Prince Edward Island / Louisiana / New York / California / /
PublishedMedium
IEEE Transactions on Computers / /
Technology
Fast Ethernet / number processors / Linux / MAC address / design technology / genetic algorithm / search technology / Ethernet / earlier work using genetic algorithms / load balancing / networking technology / six information technologies / frequency-domain transformation algorithms / parallel processing / /
Sparse Flat Neighborhood Networks (SFNNs): Scalable Guaranteed Pairwise Bandwidth & Unit Latency Timothy I. Mattox, Henry G. Dietz, & William R. Dieter ECE Department, University of Kentucky 453 F. Paul Anderson Tower, L