Hybrid News Recommendation Policy using TF-IDF and Similarity Weight Index
Authors: sujeetared .
Certificate: View Certificate
Abstract
News Recommendation system has created a big space in daily routine life. News papers are essential part of daily life and we always look to collect important and sensitive information in single place. Varied solutions are developing to convert paper News system to digital news and become an excessive amount of standard. This paper will give the idea to generate important and sensitive news based on user choice from huge amount of news collection and it will also help to find news relation and keep track on related articles based on content relation. Revised TFIDF algorithm with collaborative algorithm based mining framework has been developed and tested on BBC data based of accuracy, precision and recall. A Java tool has been developed for same.
Introduction
Now a days it is very difficult to find desired information over the internet. Sometimes users get irrelevant information and large amount of information gives poor performance to extract the desire information. So here we present a recommendation system which offers separate and specialized set of information. And it helps to prevent the users to get wrong information.
References
The complete work concludes that the proposed solution gives better performance for all recognize words.There are lots of issues but one of the major problems is irrelevant information over the internet and overloading of information. This proposed solution overcome all of these problems. The proposed solution has four modules and each module has its own importance.The first module is for dataset creation and the dataset will be in the form of a CSV file. The second module is to retrieve information from the dataset. The third module is for matching documents. The fourth module is the integration of all three modules
Copyright
Copyright © 2025 sujeetared .. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.