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Defining Adaptive Whitelists by Using Clustering Techniques, a Security Application to Prevent Toll Fraud in VoIP Networks

机译:使用群集技术定义自适应白名单,群集技术是一种安全应用程序,可防止VoIP网络中的收费欺诈

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One strategy to prevent telephone fraud used by telephone operators is the so called White list which is a set of international destinations where the user is allowed to call, it is by default static and is changed manually by request of the user. This paper describes the creation of adaptive White list that will change based on the VoIP traffic behavior of corporate customers, starting with a list of countries based on the frequency of calls to every destination per customer, so an easy way to create a small set of Whitelists rather than a White list per customer, but equally effective to block fraud calls, is proposed. As well the Whitelists are adaptive so they are changing according to user group's behavior over the time. The Weka's SimpleKMeans method is used to cluster international destinations where the customers use to call on a six month period. We describe briefly the K-means method and a way to measure its effectiveness to generate clusters of destinations per customer, the validation method includes the EM algorithm which is briefly described as well. The generated clusters are tough to feed a machine learning system used to detect toll frauds to be developed as a next phase.
机译:防止电话运营商使用电话欺诈的一种策略是所谓的白名单,白名单是允许用户拨打电话的一组国际目的地,默认情况下是静态的,可以根据用户的请求进行手动更改。本文介绍了如何根据企业客户的VoIP流量行为创建自适应白名单的方法,该方法将从根据每个客户到每个目的地的呼叫频率的国家列表开始,从而轻松地创建一小套建议为每个客户提供白名单,而不是白名单,但在阻止欺诈电话方面同样有效。同样,白名单是自适应的,因此它们会根据用户组的行为随时间变化。 Weka的SimpleKMeans方法用于将客户用来拨打六个月的国际目的地聚在一起。我们简要介绍了K-means方法以及一种衡量其生成每位客户目的地集群有效性的方法,验证方法还包括简要介绍的EM算法。生成的集群很难提供给用于检测收费欺诈的机器学习系统,该系统将在下一阶段开发。

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