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A novel scheduling algorithm for dynamically reconfigurable computing systems

机译:一种用于动态可重构计算系统的新调度算法

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This paper focuses on introducing a new temporal partitioning algorithm. It divides the input task graph model into an optimal number of partitions and puts each task in the appropriate partition in order to decrease the transfer of data required between partitions of the design. However typical scheduling algorithms focus on minimizing the overall latency of an input target graph.
机译:本文侧重于引入新的时间分区算法。它将输入任务图模型划分为最佳分区数,并将每个任务放在相应的分区中,以减少设计分区之间所需的数据传输。然而,典型的调度算法侧重于最小化输入目标图的整体延迟。

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