折叠式内容可关联的浏览器设计与实现

Design and implementation of folding content-associated browser

为了满足不同用户浏览网页的特定需求,解决传统浏览器可移植性差、效率较低的问题,设计并实现一种折叠式内容可关联的浏览器。给出折叠式内容可关联浏览器的总体结构,通过网络模块获取用户所需的网页资源,利用关联规则挖掘算法对某一特定信息进行进一步的搜索,使用户得到更多的关联信息。通过解析模块对得到的资源进行解析,将解析的结果发送至显示模块中,显示模块利用解析模块发送来的显示对象,调用GUI,引入柔性折叠算法进行显示排版,使用户在较小的屏幕空间中可流畅地浏览一些大规格信息,通过用户接口模块响应用户的遥控操作。仿真实验结果表明所设计的浏览器不仅具有很高的搜索效率,而且所占内存较低,能够很好地满足用户的使用需求。

in order to meet the specific needs of different users to browse the web page,solve poor portability and low efficiency of traditional browser,a collapsible content-associated browser was designed and realized. The general structure of the folding content-associated browser is given in this paper. Web resources are obtained through network module. According to user′s requirements,and with the association rule mining algorithm,users can get more related information by further search of particular information. The resources is parsed by parsing module. The parsing results are sent to the display module. The display module utilizes display object sent by the parsing module to call GUI and introduce the flexible folding algorithm to display layout,which can make the users browse mass information fluently in smaller screen space. The remote control operation of users is responded through a user interface module. The simulation experimental results show that the designed browser not only has the very high search efficiency,but also occupies low memory. Therefore,it can well meet the application demand of the users.