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On the application of semantic technologies to the domain of forensic investigations in financial crimes

机译:论语义技术在金融犯罪法医学调查领域的应用

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In daily police practice, forensic investigation of criminal cases is mainly based on manual work and the experience of individual forensic experts, using basic storage and data processing technologies. However, an individual criminal case does not only consist of the actual offence, but also of a variety of different aspects involved. For example, in order to solve a financial criminal case, an investigator has to find interrelations between different case entities as well as to other cases. The required information about these different entities is often stored in various databases and mostly requires to be manually requested and processed by forensic investigators. We propose the application of semantic technologies to the domain of forensic investigations at the example of financial crimes. Such combination allows for modelling specific case entities and their interrelations within and between cases. As a result, an explorative search of connections between case entities in the scope of an investigation as well as an automated derivation of conclusions from an established fact base is enabled. The proposed model is presented in the form of a crime field ontology, based on different types of knowledge obtained from three individual sources: open source intelligence, forensic investigators and captive interviews of detained criminals. The modelled crime field ontology is illustrated at two examples using the well known crime type of explosive attack on ATM and the potentially upcoming crime type data theft by NFC crowd skimming. Of these criminal modi operandi, anonymized fictional are modelled, visualized and exploratively searched. Modelled case entities include modi operandi, events, actors, resources, exploited weaknesses as well as flows of money, data and know how. The potential exploration of interrelations between the different case entities of such examples is illustrated in the scope of a fictitious investigation, highlighting the potential of the approach.
机译:在日常警察实践中,刑事案件的法证调查主要基于手工工作和法医专家的经验,并使用基本的存储和数据处理技术。但是,一个单独的刑事案件不仅包括实际的犯罪,而且包括所涉的各种不同方面。例如,为了解决金融刑事案件,调查人员必须找到不同案件实体之间以及与其他案件之间的相互关系。有关这些不同实体的所需信息通常存储在各种数据库中,并且大多数情况下需要由法医调查员手动请求和处理。我们以金融犯罪为例,提出将语义技术应用于法医调查领域。这种组合允许对特定案例实体及其在案例内部和案例之间的相互关系进行建模。结果,可以在调查范围内对案例实体之间的联系进行探索性搜索,并且可以从已建立的事实库中自动得出结论。所提出的模型以犯罪现场本体的形式呈现,基于从三种个人来源获得的不同类型的知识:开源情报,法医调查员和被拘留罪犯的俘虏面谈。在两个示例中使用了对ATM的爆炸性攻击的众所周知的犯罪类型以及NFC人群掠夺可能导致的即将犯罪类型的数据窃取,在两个示例中说明了建模的犯罪现场本体。在这些犯罪作案手法中,对匿名小说进行了建模,可视化和探索性搜索。建模的案例实体包括操作方式,事件,参与者,资源,被利用的弱点以及资金流,数据和专有技术。在虚拟调查的范围内说明了此类示例的不同案例实体之间的相互关系的潜在探索,突出了该方法的潜力。

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