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基于 MAS 建立的分布并行计算环境,其任务调度问题具有新的特点 对于基于MAS 的配电快速仿真与模拟系统,以配电
网三相状态估计为例,建立了新的调度问题模型,提出了基于FCM 的启发式任务调度优化方法 该方法利用模糊C 均值聚类分析
算法对独立任务进行聚类分析,避免了在超大解空间中用基于搜索的方法去寻求最优解的做法 该方法具有线性时间复杂度,而
且通过大量算例表明它总是能够在合理的时间内获得次优解或最优解,使masDSE 的性能有明显改善-In the distributed parallel computing environment based on MAS, some new characteristics has brought forword to the
Task Scheduling.Aimed at task scheduling in distribution fast simulation and modeling that is based on MAS, develope a new
model for Task Scheduling; Propose a new heuristic task scheduling optimization algorithm based on fuzzy C-means clustering
algorithms.This algorithm not only has linear time complexity, but also gets near-optimal solution or optimal solution stably, and
significantly improves the performance of masDSE.This conclusion is proved by large number of case test.
网三相状态估计为例,建立了新的调度问题模型,提出了基于FCM 的启发式任务调度优化方法 该方法利用模糊C 均值聚类分析
算法对独立任务进行聚类分析,避免了在超大解空间中用基于搜索的方法去寻求最优解的做法 该方法具有线性时间复杂度,而
且通过大量算例表明它总是能够在合理的时间内获得次优解或最优解,使masDSE 的性能有明显改善-In the distributed parallel computing environment based on MAS, some new characteristics has brought forword to the
Task Scheduling.Aimed at task scheduling in distribution fast simulation and modeling that is based on MAS, develope a new
model for Task Scheduling; Propose a new heuristic task scheduling optimization algorithm based on fuzzy C-means clustering
algorithms.This algorithm not only has linear time complexity, but also gets near-optimal solution or optimal solution stably, and
significantly improves the performance of masDSE.This conclusion is proved by large number of case test.
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智能电网快速仿真与模拟任务调度优化方法.pdf