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Improving the Hybrid Data Dissemination Model of Web Documents

机译:改进Web文档的混合数据传播模型

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One of the major problems in the Internet today is the scalable delivery of data. With more and more people joining the Internet community, web servers and services are being forced to deal with workloads beyond their original data dissemination design capacity. One solution that has arisen to address scalability is to use multicasting, or push-based data dissemination, to send out data to many clients at once. More recently, the idea of using multicasting as part of a hybrid system with unicasting has shown positive results in increasing server scalability. In this paper we focus on solving problems associated with the hybrid dissemination model. In particular, we address the issues of document popularity and document division while arguing for the use of a third channel, called the multicast pull channel, in the hybrid system model. This channel improves performance in terms of response time while improving the robustness of the hybrid system. We show through extensive simulation using our working hybrid server the usefulness of this additional channel and its improving effects in creating a more scalable and more efficient web server.
机译:当今Internet的主要问题之一是数据的可伸缩交付。随着越来越多的人加入Internet社区,Web服务器和服务被迫处理超出其原始数据分发设计能力的工作负载。解决可伸缩性的一种解决方案是使用多播或基于推送的数据分发,以一次将数据发送到许多客户端。最近,使用多播作为具有单播的混合系统的一部分的想法已显示出在增加服务器可伸缩性方面的积极结果。在本文中,我们专注于解决与混合传播模型相关的问题。特别是,我们在混合系统模型中争论使用第三个通道(称为多播拉取通道)的同时,解决了文档流行和文档划分的问题。该通道在响应时间方面提高了性能,同时提高了混合系统的鲁棒性。通过使用我们的工作混合服务器进行的广泛模拟,我们展示了此附加通道的有用性及其在创建更具扩展性和效率的Web服务器方面的改进效果。

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