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Cluster-Driven Hardware/Software Partitioning and Scheduling Approach for a Reconfigurable Computer System

机译:用于可重构计算机系统的集群驱动的硬件/软件分区和调度方法

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To achieve a good performance when implementing applications in codesign systems, partitioning and scheduling are important steps. In this paper, a two-phase clustering algorithm is introduced as a preprocessing step to an existing hardware/software partitioning and scheduling system. This preprocessing step increases the granularity in the partition design, resulting in a higher degree of parallelism and a better mapping to the reconfigurable resource. This cluster-driven approach shows improvements in both the makespan of the implementation, and the CPU runtime.
机译:在在代号系统中实现应用程序时实现良好的性能,分区和调度是重要的步骤。在本文中,将两相聚类算法作为现有硬件/软件分区和调度系统的预处理步骤引入。该预处理步骤增加了分区设计中的粒度,从而导致更高程度的并行度和更好地映射到可重新配置的资源。此集群驱动方法显示了实现的MapEspan和CPU运行时的改进。

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