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Cloud Computing Task Scheduling Strategy Based on Differential Evolution and Ant Colony Optimization

机译:基于差分演进和蚁群优化的云计算任务调度策略

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This paper proposes a task scheduling strategy DEACO based on the combination of Differential Evolution (DE) and Ant Colony Optimization (ACO), aiming at the single problem of optimization objective in cloud computing task scheduling, this paper combines the shortest task completion time, cost and load balancing. DEACO uses the solution of the DE to initialize the initial pheromone of ACO, reduces the time of collecting the pheromone in ACO in the early, and improves the pheromone updating rule through the load factor. The proposed algorithm is simulated on cloudsim, and compared with the min-min and ACO. The experimental results show that DEACO is more superior in terms of time, cost,and load.
机译:本文提出了基于差分演进(DE)和蚁群优化(ACO)的组合的任务调度策略DEACO,旨在云计算任务调度中的优化目标的单一问题,本文结合了最短的任务完成时间,成本并负载平衡。 DEACO使用DE的解决方案初始化ACO的初始信息素,减少早期收集ACO中的信息素的时间,并通过负载系数改善信息素更新规则。所提出的算法在Cloudsim上模拟,并与Min-min和ACO进行比较。实验结果表明,在时间,成本和负载方面,DEACO更加优越。

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