Survey on fault tolerant — Load balancing algorithmsin cloud computing

G. P. Sarmila, N. Gnanambigai, P. Dinadayalan
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引用次数: 7

Abstract

The cloud computing is an emerging paradigm over the internet which provides applications and services based on the concept of abstraction and virtualization for a fraction of the cost. The number of cloud user increases day by day to utilize the available resources. Most of the cloud applications are run at remote nodes where many clients may request for the server at a time. This causes overloading in server which results in fault. Load balancing is the networking technique that distributes load to the nodes to optimize resource utilization, throughput, response time and overload. The need of load balancing increases with increase in the demand for computing resources. Fault-tolerance is the ability of system to continue to work even in the presence of fault. This is a critical issue to be addressed to ensure reliability and availability in cloud computing. By effectively balancing the incoming load, fault tolerance can be achieved in cloud. This paper aims to compare the efficient load balancing algorithms that are fault tolerant.
云计算中容错-负载均衡算法研究综述
云计算是互联网上的一种新兴范例,它以很少的成本提供基于抽象和虚拟化概念的应用程序和服务。云用户的数量日益增加,以利用可用的资源。大多数云应用程序都在远程节点上运行,在这些节点上,许多客户机可能同时请求服务器。这会导致服务器过载,从而导致故障。负载均衡是将负载分配给节点以优化资源利用率、吞吐量、响应时间和过载的网络技术。随着计算资源需求的增加,负载平衡的需求也在增加。容错是指系统在出现故障时仍能继续工作的能力。为了确保云计算的可靠性和可用性,这是一个需要解决的关键问题。通过有效地平衡传入负载,可以实现云中的容错。本文旨在比较具有容错能力的高效负载均衡算法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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