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Load balancing Based Active Monitoring Load Balancer In Cloud Computing

机译:基于负载平衡的云计算中的主动监控负载平衡器

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Load balancing is one of the main issues related to task scheduling in cloud environment. Load balancing aims at avoiding the situation whenever some virtual machines are overloaded and others are under loaded, or idle. It may cause Service Level Agreement (SLA) violation and further may lead to the reduction of customer satisfaction level. In this study, we propose Improved Active Monitoring Load Balancer with Hill Climbing Algorithm (IAMLBHC) to improve the performance metrics such as response time and processing cost. The proposed approach is simulated and implemented in CloudAnalyst simulator. The performance of the proposed approach is compared with the most recent existing load balancing algorithms via the simulation. The experimental results show that the proposed approach IAMLBHC gives better performance in terms of response time, and processing cost compared with the existing similar algorithms.
机译:负载平衡是与云环境中的任务调度相关的主要问题之一。 负载平衡旨在避免某些虚拟机过载的情况,而其他虚拟机在装载或空闲时则。 它可能导致服务级别协议(SLA)违规,进一步可能导致客户满意度降低。 在这项研究中,我们提出了具有Hill攀爬算法(IAMLBHC)的激活监控负载平衡器,以改善响应时间和处理成本等性能度量。 建议的方法在CloudAnalyst模拟器中进行了模拟和实现。 通过模拟将所提出的方法的性能与最近的现有负载平衡算法进行比较。 实验结果表明,与现有的类似算法相比,所提出的方法IAMLBHC在响应时间和处理成本方面具有更好的性能。

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