Physical Design for Reconfigurable Systems 实体设计
Reconfigurable Computing Systems 可重构计算系统
Reconfigurable Tactile Control Display Systems 可重构触控显示系统
reconfigurable manufacturing systems 可重构制造系统
Reconfigurable embedded computing systems 可重组嵌入式计算系统
reconfigurable manufacturing execution systems 可重构制造执行系统
self-reconfigurable robotic systems 自重构机器人系统
High efficient task scheduling algorithms can greatly influence the performance of reconfigurable systems.
高效的任务调度算法对可重构系统的性能有极大的影响。
A temporal task partitioning algorithm for multi-objective optimization was proposed to improve the execution efficiency of dynamically reconfigurable systems.
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。
The design objective of reconfigurable manufacturing systems (RMS) is to decide the production period, the sequence and the configuration for machining each member of a part family.
可重构制造系统的设计目标是要确定各种零件的生产周期、各种零件之间的生产顺序与加工各种零件所用的组态。
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