| Document Date: 2006-11-17 21:18:20
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City Sandy / Montreal / Ithaca / Kingston / West Chicago / / Company Kroger / Thomson / Intel / / Country Netherlands / United States / / Currency USD / / / Facility Computer Science Department Stanford University / / IndustryTerm separate processing nodes / machinery / file server / genetic programming applications / virtual router / transputer-based products / input-output devices / separate processing node / genetic algorithm / distributed genetic algorithm / classifier systems / insufficient high-level software / serial solution / genetic algorithms / computing / vendor-supplied software / on-chip processor / toroidal network / genetic classifier systems / high processing capabilities / / OperatingSystem Microsoft Windows / / Organization Stanford University Stanford / Stanford University / / / Position island model of genetic programming / island model for parallelization / controller / / Product T-805 / / ProgrammingLanguage Visual Basic / C / / ProvinceOrState Illinois / New York / Utah / California / Massachusetts / / SportsLeague Stanford University / / Technology RAM / virtual router / genetic algorithm / 65 / 536 processors / operating system / destination processor / Ethernet / one processor / 33 processors / INMOS T-805 30-MHz processor / distributed genetic algorithm / floating-point processor / 66 chip / on-chip processor / /
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PARALLEL GENETIC PROGRAMMING ON A NETWORK OF TRANSPUTERS David Andre Visiting Scholar, Computer Science Department Stanford University 860 Live Oak Ave, Apt #4, Menlo Park, CA 94025