动态可重构机器人系统 DRRS
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颞任务划分的多目标优化算法提出了改进的动态可重构系统的执行效率。
A temporal task partitioning algorithm for multi-objective optimization was proposed to improve the execution efficiency of dynamically reconfigurable systems.
本文着重研究了动态可重构系统设计方法及其循环计算的动态位宽管理方法。
This article stressed dynamic reconfigurable system's design method and its dynamic bit-width management method for loop computation.
采用动态可重构技术，可实现提高系统性能，减少应用所需芯片资源和功耗的目的。
Adopting dynamic reconfigurable technology can not only improve system performance but also reduce the need for core resources and power.
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