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    Improved Methods for Hiding Latency in High Bandwidth Networks (Extended Abstract)

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    ) Matthew Andrews Tom Leighton y P. Takis Metaxas z Lisa Zhang x Abstract In this paper we describe methods for mitigating the degradation in performance caused by high latencies in parallel and distributed networks. Our approach is similar in spirit to the "complementary slackness" method of latency hiding, but has the advantage that the slackness does not need to be provided by the programmer, and that large slowdowns are not needed in order to hide the latency. Our approach is also similar in spirit to the latency hiding methods of [2], but is not restricted to memoryless dataflow types of programs. Most of our analysis is centered on the simulation of unit-delay rings on networks of workstations (NOWs) with arbitrary delays on the links. For example, given any collection of operations (including updates of large local memories or databases) that runs in t steps on a ring of n workstations with unit link delays, we show how to perform the same collection of operations in ...

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    Title : Improved Methods for Hiding Latency in High Bandwidth Networks (Extended Abstract)
    Abstract : ) Matthew Andrews Tom Leighton y P. Takis Metaxas z Lisa Zhang x Abstract In this paper we describe methods for mitigating the degradation in performance caused by high latencies in parallel and distributed networks. Our approach is similar in spirit to the "complementary slackness" method of latency hiding, but has the advantage that the slackness does not need to be provided by the programmer, and that large slowdowns are not needed in order to hide the latency. Our approach is also similar in spirit to the latency hiding methods of [2], but is not restricted to memoryless dataflow types of programs. Most of our analysis is centered on the simulation of unit-delay rings on networks of workstations (NOWs) with arbitrary delays on the links. For example, given any collection of operations (including updates of large local memories or databases) that runs in t steps on a ring of n workstations with unit link delays, we show how to perform the same collection of operations in ...
    Subject : unspecified
    Area : Computer Science
    Language : English
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    Url : http://www.wellesley.edu/CS/pmetaxas/spaa96.ps
    Doi : 10.1.1.51.1862

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    Panagiotis's Peer Evaluation activity

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