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首页> 外文期刊>Advanced Science Letters >Dynamic Load Balancing Model Based on Server Status (DLBS) for Green Computing
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Dynamic Load Balancing Model Based on Server Status (DLBS) for Green Computing

机译:基于服务器状态(DLBS)的动态负载平衡模型进行绿色计算

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摘要

There could be problems with server quality when resources are limited and this could lead to poor service delivery to the clients. Therefore, a strong load balancing technique is required that helps in the optimization of resource utilization. Cloud servers with correlated load balancercan assist in optimizing the load balancing practicability in cloud computing. In this paper, a load balancing model (DLBS) is proposed for effective load balancing and resource optimization in public cloud. A load balancing model was designed and implemented using Amazon EC2. Each serverwas equipped with a load balancer which monitors the load and sends status information to the controller. The servers with fewer loads were given more requests while the overloaded ones were not given further requests. The Amazon Web Services (AWS) was used to demonstrate the proof of concept.The results revealed that the proposed solution improved performance, throughput, and utilization of cloud resources.
机译:当资源有限时,可能存在服务器质量问题,这可能导致客户端的服务不佳。 因此,需要强大的负载平衡技术,从而有助于优化资源利用率。 具有相关负载BalancerCan的云服务器有助于优化云计算中的负载平衡实用性。 在本文中,提出了一种负载平衡模型(DLB),用于公共云中有效负载平衡和资源优化。 使用Amazon EC2设计和实现负载平衡模型。 每个ServerWas都配备了负载均衡器,该负载均衡器监视负载并将状态信息发送到控制器。 负载较少的服务器更多的请求,而未加载的未加入请求。 亚马逊网络服务(AWS)用于展示概念证明。结果表明,提出的解决方案提高了云资源的性能,吞吐量和利用。

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