Abstract
In this paper, we report on experiments to detect illegitimate emails using boosting algorithm. We call an email illegitimate if it is not useful for the receiver or for the society. We have divided the problem into two major areas of illegitimate
email detection: suspicious email detection and spam email detection. For our desired task, we have applied a boosting technique. With the use of boosting we can achieve high accuracy of traditional classification algorithms. When using boosting
one has to choose a suitable weak learner as well as the number of boosting iterations. In this paper, we propose suitable weak learners and parameter settings for the boosting algorithm for the desired task. We have initially analyzed the problem using base learners. Then we have applied boosting algorithm with suitable weak learners and parameter settings such as the number of boosting iterations. We propose a Naive Bayes classifier as a suitable weak learner for the boosting algorithm.
It achieves maximum performance with very few boosting iterations.
email detection: suspicious email detection and spam email detection. For our desired task, we have applied a boosting technique. With the use of boosting we can achieve high accuracy of traditional classification algorithms. When using boosting
one has to choose a suitable weak learner as well as the number of boosting iterations. In this paper, we propose suitable weak learners and parameter settings for the boosting algorithm for the desired task. We have initially analyzed the problem using base learners. Then we have applied boosting algorithm with suitable weak learners and parameter settings such as the number of boosting iterations. We propose a Naive Bayes classifier as a suitable weak learner for the boosting algorithm.
It achieves maximum performance with very few boosting iterations.
Original language | English |
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Title of host publication | Counterterrorism and Open Source Intelligence |
Editors | Uffe Kock Wiil |
Publisher | Springer |
Publication date | 2011 |
Edition | 1 |
Pages | 249-264 |
ISBN (Print) | 978-3-7091-0387-6 |
DOIs | |
Publication status | Published - 2011 |
Series | Lecture Notes in Social Networks |
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Number | 1 |
Volume | 2 |