Yue-Bong Wong

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Efficient execution of loops is one of the most important obstacles facing high-performance computer arcKltectures. Loop scheduling involves handling a partially ordered set of operations which are to be performed repetitively over a number of iterations. In thu paper we use Petri nets to study loop scheduling , due to their unique power for modeling both(More)
<italic>Dataflow software pipelining</italic> was proposed as a means of structuring fine-grain parallelism and has been studied mostly under an <italic>idealized</italic> dataflow architecture model with infinite resources[9]. In this paper, we investigate the effects of software pipelining under realistic architecture models with finite resources. Our(More)
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