Title :
RPCF Algorithm for Multi-Agent Tourism System
Author :
Maw, Soe Yu ; Naing, Myo Myo ; Thein, Ni Lar
Author_Institution :
Univ. of Comput. Studies, Yangon
Abstract :
Nowadays, there is a vast and ever growing amount of information in the Web. The users are in need of more powerful tools to collect the vast amount of heterogeneous information. To address the problem of information overload Agents have widely been proposed as a solution to these problems. One possible system approach is to personalize the Web page and create the system which responds to the user request by potentially aggregating information from several information sources in a manner which is dependent on who the user is. Personalization is a process of gathering and storing information about users, analyzing the information and based on this analysis, delivering the information to each user at the right time. Generally, Web personalization has three categories, rule-based filtering, collaborative filtering, and content-based filtering. This paper proposes the RPCF Algorithm, which aims to identify users that have relevant interest by calculating similarity between user´s profiles. In our system, we use the rule-based personalization with collaborative filtering technique for evaluating the RPCF algorithm. Our system aims at creating a personalized agent system that automatically tailors the relevant information of the users´ request from the Web sites to produce the best recommendation. We illustrate this technique in the tourism domain
Keywords :
Internet; content-based retrieval; information filtering; multi-agent systems; travel industry; RPCF algorithm; Web pages; Web personalization; Web sites; World Wide Web; collaborative filtering; content-based filtering; heterogeneous information; information overload age; information sources; multiagent tourism system; multiagents system; rule-based filtering; rule-based personalization; Collaboration; Filtering algorithms; Information analysis; Information filtering; Information filters; Multiagent systems; Search engines; Web and internet services; Web pages; Web sites; Collaborative Filtering; Multi-Agents System; Personalization; Rule-Based Personalization; Tourism;
Conference_Titel :
Micro-NanoMechatronics and Human Science, 2006 International Symposium on
Conference_Location :
Nagoya
Print_ISBN :
1-4244-0717-6
Electronic_ISBN :
1-4244-0718-1
DOI :
10.1109/MHS.2006.320233