Design and Implementation of Motile Surveillance System for Prisons in India

Anshul Surana, Swagat Kulkarni, S. Bhatlawande
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Abstract

Recent technological advancements have led to people using automation extensively in different fields of work such as business, management, administration, law enforcement, etc. Incorporation of robotics in the field of law enforcement ensures a safe and smart environment for regulating bodies. Multiple statistical records of prisons in India clearly show safety risk for officers on surveillance duty and hence the need to develop a model to cater to this problem arises. An optimistic solution to this problem is to develop a model which can monitor prisons, is user friendly and can be dynamically controlled. This paper discusses an automated surveillance system designed to keep a watch on prisoners and has the capability to mark their attendance through streaming portal. The model has a 74% working efficiency and the run-time is approximately 4 hours. The prototype features visual capturing, effective communication between machine and operator, transfer of visuals and exchange of data and commands using camera, screens, image processing and various protocols such as TCP and FTP. Thus, the model is not only efficient but also has all features that an optimistic solution should have.
印度监狱移动监控系统的设计与实现
最近的技术进步导致人们在不同的工作领域广泛使用自动化,如商业、管理、行政、执法等。将机器人技术纳入执法领域,可为监管机构提供安全和智能的环境。印度监狱的多项统计记录清楚地表明,执行监视任务的官员存在安全风险,因此需要开发一种模式来解决这一问题。解决这一问题较为乐观的方法是开发一种能够对监狱进行监控的、用户友好的、动态控制的模型。本文讨论了一种自动监控系统,用于监视囚犯,并具有通过流媒体门户标记囚犯出勤的能力。该模型的工作效率为74%,运行时间约为4小时。该原型具有视觉捕捉,机器和操作员之间的有效通信,视觉传输和使用摄像头,屏幕,图像处理和各种协议(如TCP和FTP)交换数据和命令。因此,该模型不仅是高效的,而且具有一个乐观解应该具有的所有特征。
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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