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Theoretical computer science / Software engineering / Parallel computing / Parallel Random Access Machine / Bulk synchronous parallel / Distributed computing / Programming language / Kahn process networks / Thread / Models of computation / Computing / Concurrent computing


Characterising Effective Resource Analyses for Parallel and Distributed Coordination P. W. Trinder1 , M. I. Cole2 , H-W. Loidl1 , and G. J. Michaelson1 1 School of Mathematical and Computer Sciences,
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Document Date: 2010-04-06 09:34:25


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AMP / Sized Time Systems / Computer Sciences / /

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Heriot-Watt University / BMF-BSP Building / Informatics The University of Edinburgh / /

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aiT tool / on processor / tridiagonal systems / by-product / process networks / parallel algorithms / communication infrastructure / array summing algorithms / representative parallel/distributed applications / conventional sequential processors / scheduling algorithms / representative systems / communication network / embedded systems processors / /

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Heriot-Watt University / School of Mathematical and Computer Sciences / University of Edinburgh / PRAM The Parallel Random Access Machine / School of Mathematical / /

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abstract cost model / which cannot provide precise bounds / designer / cost model for BMF across list-structured data / representative / model / the programmer / scheduler / programmer / /

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Haskell / Jocaml / /

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WCET / /

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functional programming / parallel algorithms / conventional sequential processors / four processor / embedded systems processors / array summing algorithms / Random Access / shared memory / /

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