On the Question of the Applicability of Artificial Intelligence Systems to Forensic Examination of Documents and Their Requisites

A. F. Kupin, A. S. Kovalenko
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Abstract

The article describes the possibilities of applying artificial intelligence systems used in a number of tasks arising in the course of law enforcement activities and also beyond them. The author gives examples of solving identification, prediction, and detection problems that are successfully solved using such systems. Based on the analysis of the principles of the construction and functioning of the neural network, which forms the basis of artificial intelligence, as an abstract model created to solve a specific problem, the capabilities of neural networks as a whole are revealed, and thus the features of working with them are demonstrated. The procedure and principles of operation of convolutional neural networks are described and, using their example, the results that can be achieved during forensic handwriting and technical forensic examinations of documents, as well as studies conducted within the framework of forensic expert activities, in particular, the identification of signs of technical forgery of documents (installation, erasure, additions, finishing) are indicated, establishing the facts of the execution of several signatures or handwritten records by one or different performers, establishing the original content of the records, fragments of which have been partially lost or distorted. The prospects and significance of convolutional neural networks are revealed, the use of which in the expert research process makes it possible to increase the scientific validity and objectivity of the conclusions of forensic examination and, thereby, creates prerequisites for increasing its role in proving facts of importance.
论人工智能系统在文件法证检验中的适用性问题及其必要性
文章介绍了将人工智能系统应用于执法活动过程中以及执法活动之外的一些任务的可能性。作者列举了利用此类系统成功解决识别、预测和侦查问题的实例。作为人工智能的基础,神经网络是为解决特定问题而创建的抽象模型,在分析神经网络的构建和运行原理的基础上,作者揭示了神经网络作为一个整体的能力,从而展示了使用神经网络工作的特点。本文介绍了卷积神经网络的工作过程和原理,并以其为例,说明了在对文件进行笔迹和技术鉴定检查以及在法医专家活动框架内进行研究时可以取得的结果,特别是识别文件的技术伪造迹象(安装、擦除、添加、整理),确定由一个或不同的执行者执行多个签名或手写记录的事实,确定记录的原始内容,其中的片段已部分丢失或扭曲。揭示了卷积神经网络的前景和意义,在专家研究过程中使用该网络可以提高法医检查结论的科学性和客观性,从而为增强其在证明重要事实方面的作用创造先决条件。
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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