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New Bio Inspired Techniques in the Filtering of Spam: Synthesis and Comparative Study

机译:垃圾邮件过滤中受生物启发的新技术:合成与比较研究

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摘要

The internet era promotes electronic commerce and facilitates access to many services. In today's digital society the explosion in communication has revolutionized the field of electronic communication. Unfortunately, this technology has become incontestably the original source of malicious activities, especially the plague called undesirables email (SPAM) that has grown tremendously in the last few years. This paper deals on the unveiling of fresh bio-inspired techniques (artificial social cockroaches (ASC), artificial haemostasis system (AHS) and artificial heart lungs system (AHLS)) and their application for SPAM detection. For the authors' experimentation, they have used the benchmark SMS Spam corpus V.0.1 and the validation measures (recall, precision, f-measure, entropy, accuracy and error). They have optimising the sensitive parameters of each algorithm (text representation technique, distance measure, weightings, and threshold). The results are positive compared to the result of artificial social bees and machine learning algorithms (decision tree C4.5 and K-means).
机译:互联网时代促进了电子商务并促进了对许多服务的访问。在当今的数字社会中,通信的爆炸式发展彻底改变了电子通信领域。不幸的是,该技术已成为无可争辩的恶意活动的原始来源,尤其是在过去几年中迅猛发展的称为“不良邮件”(SPAM)的瘟疫。本文探讨了新的生物启发技术(人工社会蟑螂(ASC),人工止血系统(AHS)和人工心脏肺系统(AHLS))的发现及其在SPAM检测中的应用。对于作者的实验,他们使用了基准SMS Spam语料库V.0.1和验证措施(召回率,精度,f值,熵,准确性和错误率)。他们优化了每种算法的敏感参数(文本表示技术,距离度量,权重和阈值)。与人工社交蜜蜂和机器学习算法(决策树C4.5和K-means)的结果相比,该结果是肯定的。

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