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EBIDS-SENLP: A system to detect social engineering email using natural language processing.

机译:EBIDS-SENLP:一种使用自然语言处理检测社会工程学电子邮件的系统。

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摘要

EBIDS-SENLP is an Ontology-Based Intrusion Detection System that uses natural language themes, specifically manipulative themes for the purpose of social engineering (online fraud), to detect such manipulation in email text. The project includes a performance test against two industry standard intrusion detection systems, Snort and SpamAssassin, to see if the new approach is feasible and how it performs initially. The project features a novel algorithmic approach to detection of malicious content by utilizing the natural language processing capabilities of the UMBC ILIT Laboratory's OntoSem project to parse and understand the email text, to ferret out the concepts of manipulation in the emails. This project was shown to present an immediate value to network defense, because, although it was outperformed by SpamAssassin in testing, it still showed an impressive 75% detection rate with only four detection rules in its signature set and a very low 1.9% false-positive rate. The detection rate is low for a production system, but it is a promising start, and the false-positive rate is much lower than anyone involved in the project expected. Thus, if the signature set is updated significantly, this product can approach the performance of SpamAssassin and do so with a much smaller and more easily adaptable signature set (it is based on English language concepts instead of digital signatures).
机译:EBIDS-SENLP是基于本体的入侵检测系统,它使用自然语言主题(特别是用于社会工程(在线欺诈)的操纵性主题)来检测电子邮件文本中的此类操纵。该项目包括针对两个行业标准入侵检测系统Snort和SpamAssassin的性能测试,以查看新方法是否可行以及其最初的性能。该项目采用一种新颖的算法方法,通过利用UMBC ILIT实验室的OntoSem项目的自然语言处理能力来检测和识别电子邮件文本,以发掘电子邮件中的操纵概念,从而检测恶意内容。该项目显示了对网络防御的即时价值,因为尽管在测试中,SpamAssassin的性能优于该项目,但它的签名集中只有四个检测规则,但仍显示出令人印象深刻的75%的检测率,而错误率仅为1.9%阳性率。对于生产系统,检出率很低,但这是一个有希望的开始,而且假阳性率远低于参与项目预期的任何人。因此,如果签名集得到显着更新,则该产品可以达到SpamAssassin的性能,并且可以使用更小,更容易适应的签名集(它是基于英语概念而不是数字签名的)来实现的。

著录项

  • 作者

    Stone, Allen Brian.;

  • 作者单位

    University of Maryland, Baltimore County.$bComputer Science.;

  • 授予单位 University of Maryland, Baltimore County.$bComputer Science.;
  • 学科 Computer Science.
  • 学位 M.S.
  • 年度 2007
  • 页码 72 p.
  • 总页数 72
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 自动化技术、计算机技术;
  • 关键词

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