Internet as become the way of life in the fast growing digital life.Even with the increase in the internet speed, higher latency time is still a challenge. To reduce latency, caching and pre fetching techniques can be used. However, caching fails for dynamic websites which keeps on changing rapidly. Another technique is web prefetching, which prefetches the web pages that the user is likely to request for in the future. Semantic web prefetching makes use of keywords and descriptive texts like anchor text, titles, text surrounding anchor text of the present web pages for predicting users future requests. Semantic information is embedded within the web pages during their designing for the purpose of reflecting the relationship between the web pages. The client can fetch this information from the server. However, this technique involves load on web designers for adding external tags and on server for providing this information along with the desired page, which is not desirable. This paper is an effort to find the semantic relation between web pages using the keywords provided by the user and the anchor texts of the hyperlinks on the present web page.It provides algorithms for sequential and similar semantic relations. These algorithms will be implemented on the client side which will not cause overhead on designers and load on server for semantic information.
翻译:互联网成为快速增长的数字生活中的生活方式。 即使随着互联网速度的提高, 更高的延迟时间仍是一个挑战。 为了减少延迟、 缓存和预抓技术, 也可以使用更高的延迟时间。 但是, 动态网站的缓存无法快速变化。 另一种技术是网络预伸缩, 预留用户将来可能要求的网页。 语义预伸缩使用关键词和描述文本, 如锁定文本、 标题、 当前网页的锁定文本, 以预测用户未来的请求 。 语义信息在设计网页时嵌入其中, 目的是反映网页之间的关系 。 客户可以从服务器上获取这些信息。 但是, 此项技术涉及网络设计者在添加外部标签时加载, 在服务器上加载这种信息, 以及用户今后可能要求的网页, 是不可取的 。 本文旨在查找当前网页中使用用户提供的关键词和链接的锁定文本之间的语义关系 。 语义信息在目前网页上提供逻辑性信息定位, 用户在服务器主控器上不会执行这些主控服务器的算法 。