Dynamically Reconfigurable FPGAs allow to accelerate the reconfiguration process downloading partial bitstreams to those areas created for that. The partial reconfiguration capability allows to share hardware resources between different tasks during the design lifecycle. In this paper we propose an algorithm based on Logic Score of preference (LSP) multicriteria decision method for floor planning, scheduling and order of deployment of these partial bitstreams during design lifecycle. The proposed method is well suited to be implemented in preemptive systems in which the deadline of a critical task can demand the preemption of a lower priority one.

中文翻译：

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基于多准则方法的部分动态可重构系统调度与资源规划器

动态可重配置 FPGA 允许加速重配置过程，将部分比特流下载到为此创建的区域。部分重配置功能允许在设计生命周期中的不同任务之间共享硬件资源。在本文中，我们提出了一种基于优先级逻辑得分 (LSP) 多准则决策方法的算法，用于在设计生命周期中对这些部分比特流进行平面规划、调度和部署顺序。所提出的方法非常适合在抢占式系统中实施，在该系统中，关键任务的最后期限可以要求优先级较低的任务的抢占。