Web prefetching using display-based prediction

Yuna Kim, Jong Kim
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引用次数: 11

Abstract

Since the amount of network traffic has rapidly increased with the WWW expansion, users have experienced a long latency when retrieving Web pages. To solve the latency problem, we propose a client-side prefetching mechanism, which reflects changes on Web document structures and utilizes information from the entrance pages of frequently visited Web sites. It starts by constructing link graphs by gathering usage information of visited Web sites, and predicts the next document to be referenced based on the overall displayed documents in the Web browser. We also manage entrance pages not to be easily replaced from the cache. Our simulation results show that it has a remarkably improved performance: an increased cache hit ratio (by 48%) and a high prefetching effect (by 297%), with a slightly increased network overhead compared to similar previous schemes.
使用基于显示的预测进行Web预取
由于网络通信量随着WWW的扩展而迅速增加,用户在检索Web页面时遇到了很长的延迟。为了解决延迟问题,我们提出了一种客户端预取机制,该机制反映了Web文档结构的变化,并利用了来自经常访问的Web站点入口页面的信息。它首先通过收集访问过的Web站点的使用信息来构造链接图,然后根据Web浏览器中显示的全部文档预测下一个要引用的文档。我们还管理入口页不容易从缓存中替换。我们的模拟结果表明,它具有显著的性能改进:增加了缓存命中率(48%)和高预取效果(297%),与之前的类似方案相比,网络开销略有增加。
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