Design And Implementation Of Acceleration System Based Logical Plot

With the explosive growth of the internet application, thousands of network applications join in the Internet world, which make the access speed of the network slower and slower. Such seriously impacts on the user's Internet experience. The applications of these networks have been gotten into people's lives completely, and applied to every corner of people's lives. So how to improve the speed of access network has become an important research topic today with great practical significance.Customers have great strong desire to improve the poor network condition, which leads a lot of solutions developed by companies all round the world. These solutions mainly based two aspects. First is trying to make the client assemble its data as much as possible locally to reduce network flow, increasing the speed of web access in the end. Second is trying to relieve the server end load, improving server response time.The thesis originally proposes the concept of logical slice of network object based on in-depth study of the principle of server popular solutions. MD5 algorithm is introduced to verify if client-side content and server-side content is synchronized. If the content is totally consistent at both sides, fetch the specified data locally instead of fetching it remotely, which absolutely save us a lot of time and finally to strengthen the experience of users. Especially there are sequential objects whose content are quite familiar with each other. But all we have to do first is trying to find a valid solution to identify the familiar part in them. The more the same plot we identified, the more time we will save. In this article, we introduce a parse tool to analyze the page object and got a nice experiment result in its logical plots.The system belonging to the class C/S model, based on above principle of the popular acceleration solution, deployed in server-side where computing the MD5 and parser the page. Specific modules include:the client front-end processing module; page rendering module; Assemble module; Comparison module; Memory management Module; Hash module. In this thesis, the overall structure and the related algorithm are introduced in detail. The test experience and analysis show the method has a significant accelerating effect.