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Effective Task Scheduling in Cloud Computing Based on Improved Social Learning Optimization Algorithm

机译:基于改进的社会学习优化算法的云计算有效任务调度

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For the typical optimal problem of task scheduling in cloud computing, this paper proposes a novel resource scheduling algorithm based on Social Learning Optimization Algorithm (SLO). SLO is a new swarm intelligence algorithm which is proposed by simulating the evolution process of human intelligence and has better optimization mechanism and optimization performance. This paper proposes two learning operators for task scheduling in cloud computing after analyzing the characteristics of the problem of task scheduling; then, by introducing the Small Position Value (SPV) method, the two learning operators with continuous nature essence are enabled to solve the problem of task scheduling, and then the improved SLO is employed to solve the problem of cloud resource optimal scheduling. Finally, the performance of improved SLO is compared with existing research work on the CloudSim platform. Experimental results show that the approach proposed in this paper has better global optimization ability and convergence speed.
机译:针对云计算中任务调度的典型最优问题,提出了一种基于社会学习优化算法(SLO)的资源调度算法。 SLO是一种通过模拟人类智能进化过程而提出的新型群体智能算法,具有更好的优化机制和优化性能。通过分析任务调度问题的特点,提出了两个学习算子进行云计算任务调度。然后,通过引入小位置值(SPV)方法,使两个具有连续本质本质的学习算子能够解决任务调度问题,然后采用改进的SLO解决云资源最优调度问题。最后,将改进的SLO的性能与CloudSim平台上的现有研究工作进行比较。实验结果表明,该方法具有较好的全局优化能力和收敛速度。

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