Full-Coverage Web Prediction based on Web Usage Mining and Site Topology

Diamanto Oikonomopoulou, Maria Rigou, S. Sirmakessis, A. Tsakalidis
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引用次数: 14

Abstract

Understanding and modeling user online behavior, as well as predicting future requests remain an open challenge for researchers, analysts and marketers. In this paper, we propose an efficient prediction schema based on the extraction of sequential navigation patterns from server log files, combined with web site topology. Traversed paths are monitored, internally recorded and cleaned before being completed with cashed page views. After session and episode identification follows the construction of n-grams. Prediction is based upon a 5 + n-gram schema with all lower level n-grams participating, a procedure that resembles the construction of an All 5th-order Markov Model. The schema achieves full coverage while maintaining competitive prediction precision.
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基于Web使用挖掘和站点拓扑的全覆盖Web预测
理解和模拟用户的在线行为,以及预测未来的需求仍然是研究人员、分析师和营销人员面临的一个公开挑战。本文提出了一种基于从服务器日志文件中提取顺序导航模式并结合网站拓扑结构的高效预测模式。在使用兑现的页面视图完成之前,将对遍历的路径进行监视、内部记录和清理。会话和情节之后的识别遵循n-gram的构建。预测基于5 + n-gram模式,所有较低级别的n-gram都参与其中,这一过程类似于全5阶马尔可夫模型的构建。该模式实现了全覆盖,同时保持了具有竞争力的预测精度。
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