在可重构计算领域，布局硬件任务所产生的碎片是影响系统资源利用率和任务拒绝率的关键因素之一。
The fragmentation of resource placement is a critical factor to affect CU (Chip Utilization) and TRR (Task Rejection Ratio) in the field of reconfigurable computing.
仿真结果显示，在正常负载率区间下，新的调度策略有效的降低了任务拒绝率，而运行开销在可接受范围内。
Simulation result shows that under normal system load range, the proposed strategy reduces the task rejection rate effectively while keeping runtime overhead manageable.
仿真结果显示，在正常负载率区间下，新的调度策略有效的降低了任务拒绝率，而运行开销在可接受范围内。
Simulation result shows that under normal system load range, the proposed strategy reduces the task rejection rate effectively while keeping runtime overhead manageable.
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