Development of a System of Anonymizing Mobile Calls

Alyona V. Borushnova, N. Ivanov, I. Babalova
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Abstract

Voice over Internet Protocol (VoIP) is a technology that allows people to use the Internet, rather than a traditional telephone network. VoIP is becoming more and more popular due to its significant advantages. VoIP telephony has become the most developed and frequently used cellular service. It also created new threats to caller’s privacy. Due to the high degree of interest in ensuring anonymization of calls in the GSM network. Previous research on the development of algorithms to increase anonymization in IP-telephony and their implementation. In this work, we developed a new mechanism for achieving anonymity in the Global System for Mobile Communications (GSM - Global System for Mobile Communications). The lowest probability of anonymity disclosure in this algorithm is achieved by redirecting calls from one mobile operator to another. In addition, GPSS-Studio implements a model for redirecting incoming calls using multi-channel modeling. Probabilistic-temporal characteristics of the distribution of incoming calls to specific nodes.
一种匿名移动电话系统的开发
互联网协议语音(VoIP)是一种允许人们使用互联网而不是传统电话网络的技术。VoIP由于其显著的优势而变得越来越受欢迎。VoIP电话已成为最发达和最常用的蜂窝业务。这也给打电话者的隐私带来了新的威胁。由于对确保GSM网络呼叫匿名化的高度兴趣。在ip电话中增加匿名化的算法发展及其实现的先前研究。在这项工作中,我们开发了一种在全球移动通信系统(GSM -全球移动通信系统)中实现匿名的新机制。该算法通过将呼叫从一个移动运营商重定向到另一个移动运营商来实现匿名性泄露的最低概率。此外,GPSS-Studio实现了一个使用多通道建模来重定向传入呼叫的模型。对特定节点的呼入分布的概率-时间特征。
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