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WACA: Workload and cache aware load balancing policy for web services

机译:WACA:Web服务的工作负载和缓存感知负载均衡策略

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The popularity of the web applications has shown rapid growth on Web Services and Cloud Computing. One of the major challenge in Web applications is that it need to process massive files and data-sets to respond to an increasing number of users requests. These data may range from multimedia data to sensor data. Along with the size of data, user satisfaction is an important constraint imposing Quality of Service requirements. Therefore the use of web clusters becomes necessary for numerous applications, fostering the need of efficient load distribution strategy. This article presents a new load balancing policy called Workload And Cache Aware load balancing (WACA) policy aimed at reducing the information retrieval time of the processor using Bloom Filter Based cache summaries. The WACA is a centralized load balancing algorithm which routes the incoming requests to the machine where the underlying data will most probably be in its cache without overloading any nodes in the cluster. The proposed policy was developed and tested on a load balancing framework called CLOUDIZER, and the performance of the strategy was compared over the traditional algorithms.
机译:Web应用程序的受欢迎程度显示了Web服务和云计算的快速增长。 Web应用程序中的主要挑战之一是需要处理大量文件和数据集以响应越来越多的用户请求。这些数据可以从多媒体数据到传感器数据。随着数据的大小,用户满意度是强加服务质量要求的重要约束。因此,使用Web集群的使用对于许多应用来说,促进有效负载分布策略的需要。本文介绍了一个名为Workload的新负载平衡策略和缓存感知负载平衡(WACA)策略,旨在通过基于绽放过滤器的缓存摘要来减少处理器的信息检索时间。 WACA是一种集中负载平衡算法,它将传入请求路由到底层数据最可能处于缓存的情况下,而不会重载群集中的任何节点。拟议的策略是在称为ClareIzer的负载平衡框架上开发和测试,并在传统算法上比较了该策略的性能。

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