Monitoring Individuals in Drug Trafficking Organizations: A Social Network Analysis

K. Basu, Arunabha Sen
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引用次数: 3

Abstract

The United Nations, in their annual World Drug Report in 2018, reported that the production of Opium, Cocaine, Cannabis, etc. all observed record highs, which indicates the ever-growing demand of these drugs. Social networks of individuals associated with Drug Trafficking Organizations (DTO) have been created and studied by various research groups to capture key individuals, in order to disrupt operations of a DTO. With drug offenses increasing globally, the list of suspect individuals has also been growing over the past decade. As it takes significant amount of technical and human resources to monitor a suspect, an increasing list entails higher resource requirements on the part of law enforcement agencies. Monitoring all the suspects soon becomes an impossible task. In this paper, we present a novel methodology which ensures reduction in resources on the part of law enforcement authorities, without compromising the ability to uniquely identify a suspect, when they become “active” in drug related activities. Our approach utilizes the mathematical notion of Identifying Codes, which generates unique identification for all the nodes in a network. We find that just monitoring important individuals in the network leads to a wastage in resources and show how our approach overcomes this shortcoming. Finally, we evaluate the efficacy of our approach on real world datasets.
监测贩毒组织中的个人:社会网络分析
联合国在2018年《世界毒品报告》中指出,鸦片、可卡因、大麻等毒品的产量均创历史新高,这表明对这些毒品的需求不断增长。与毒品贩运组织(DTO)有关的个人的社会网络已经被各种研究小组创建和研究,以捕获关键人物,以破坏DTO的运作。随着全球毒品犯罪的增加,嫌疑人名单在过去十年中也在不断增加。由于监控一名嫌疑人需要大量的技术和人力资源,越来越多的名单对执法机构的资源要求也越来越高。监视所有嫌疑人很快就变成了一项不可能完成的任务。在本文中,我们提出了一种新的方法,确保在执法当局减少资源的同时,不损害在与毒品有关的活动中“活跃”嫌疑人的唯一识别能力。我们的方法利用识别码的数学概念,为网络中的所有节点生成唯一标识。我们发现仅仅监控网络中的重要个体会导致资源的浪费,并展示了我们的方法如何克服这一缺点。最后,我们评估了我们的方法在真实世界数据集上的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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