*Department of Computer Engineering, Government College of Engineering, Amravati, Maharastra, India
**Head of Department, Department of Computer Engineering, Government College of Engineering , Amravati, Maharastra, India
***Department of Information Technology, Government College of Engineering, Amravati, Maharastra, India
Online published on 24 October, 2013.
I develop a new case-based approach for text document filtering based on automatic construction of filtering profiles using Bayesian inference network learning for web. Bayesian inference networks, based on probability theory, offer a suitable framework to harness the uncertainty found in the nature of the filtering problem. In order to learn the networks effectively, Explore three different techniques for Discretization. Good features of high predictive power are automatically obtained from the training document content. This approach does not need to know in advance the subject or content of documents as well as the information needs expressed as topics. The system is capable of selecting HTML/text documents, collected from the Web, according to the interests and characteristics of the user. A series of experiments on a set of topics were conducted on two large-scale real-world document corpora. The empirical results demonstrate that our Bayesian inference network learning with advanced Discretization achieves
better performance over the simple Naive Bayesian approach. Presently the system acts as an intelligent interface for the Web search engines
Information filtering, User modeling, World Wide Web, user profiles, Case-Based Reasoner