Optimising the mining strategy of web page based on ant colony algorithm of information entropy

Meiwen Guo, Jianping Peng, Yuanping Zhang, C. Chiu, Liang Wu
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Abstract

The speed and quality for browsers to obtain page information are determined by the accuracy degree of web page information filtering. This research improved ant colony algorithm, introducing the information entropy with the ability to judge the probability of occurrence of information and adjusting its operation order. The study uses Sina homepage information from January 2017 to August as a sample, four indexes are used to evaluate the improved algorithm, which are maximum iterations, average execution time, average error rate and error percentage. It is found that the four indexes of improved algorithm have better effect on the precision of information mining than before, and the cost of this method has not increased significantly. This algorithm is used to provide web page information layout as well as information placement strategies, so as to help website operators and web page designers to further enhance the design and operation efficiency.
基于信息熵蚁群算法的网页挖掘策略优化
网页信息过滤的准确性决定了浏览器获取网页信息的速度和质量。本研究对蚁群算法进行了改进,引入了信息熵,能够判断信息出现的概率并调整其运行顺序。本研究以2017年1月至8月的新浪主页信息为样本,采用最大迭代次数、平均执行时间、平均错误率和错误率四个指标对改进算法进行评价。结果表明,改进算法的4个指标对信息挖掘精度的影响均优于改进算法,且改进算法的成本并没有显著增加。该算法用于提供网页信息布局和信息放置策略,从而帮助网站运营者和网页设计者进一步提高设计和运营效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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