A Pipeline-Based Approach for Mapping Message-Passing Applications with an Input Data Stream
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Pipeline applications simultaneously execute different instances from an input data set. Performance parameters for such applications are latency (the time taken to process an individual data set) and throughput (the aggregate rate at which data sets are processed). In this paper, we propose a mapping
algorithm that improves activity periods for processors by maximizing throughput and maintaining latency. The effectiveness of this mapping algorithm is studied for a representative set of message-passing pipeline applications having different characteristics.
Is part ofLecture Notes in Computer Science, 2004, vol. 3241, p. 224-233
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Roig Mateu, Concepció; Ripoll, A.; Guirado Fernández, Fernando (Institute of Electrical and Electronics Engineers, 2007)The exploitation of parallelism in a message passing platform implies a previous modeling phase of the parallel application as a task graph, which properly reflects its temporal behavior. In this paper, we analyze the ...
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