Journal of Pure and Applied MicrobiologyVol. 9 No. Special Edition May. 2015

Medical E-mail Spam Classification Using a Score Based System and Immune System Embedded with Feature Selection Process

Khongbantabam Susila Devi1 and R. Ravi2

1Department of Information and Communication Engineering, Anna University, Chennai, India 2Department of Computer Science and Engineering, Francis Xavier Engineering College, Tirunelveli, India.

Received on 08 January 2015 and accepted on 24 March 2015

 

ABSTRACT

E-mail becomes a most important communication source in day today’s life. Medical industry has emerged with the facility of transmitting the patients’ prescription through the Email service. Spam is a very serious problem in medical email communication that has been gradually afflicting the user of the medical web portal. Programs named as spam filters are applied to assist the medical web portal users in deciding if an email is valuable for reading or not. For instance a hospital web portal has been taken for the email communication process. The incoming mails to the hospital web portal may include the spam mails which will be efficiently categorized into the spam and non-spam mails. The proposed spam filtering system is used for a variety of medical web portal users. Thus, in this paper, the Artificial Immune System with Local Feature Selection (AISLFS) is proposed for the classification of spam and ham mails and it has the special characteristic of inbuilt feature selection process. The Score based system is used to generate the rules, the incoming mails are about to answer the rules and a separate score is maintained for each feature of the email. Then the AISLFS classifier classifies the email using the significant features and the feature scores by comparing the training dataset which is trained using the Resilient Back Propagation Neural Network Algorithm.

Keywords : Email service, medical web portal, Apriori algorithm, Artificial Immune System with Local Feature Selection (AISLFS), Score based system, Resilient Back Propagation Neural Network Algorithm.