IoT Fog-based Image Matching Monitoring System for Physical Access Control through IP Camera Devices

Marcos B. Andrade, F. F. da Silva, L. M. C. E. Martins, Hector W. dos S. Oliveira, F. L. L. de Mendonça, R. D. de Sousa
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引用次数: 3

Abstract

Many people are concerned with physical security and seek support from resources provided by the latest technological advancements, such as security cameras with Internet access associated with biometric people recognition algorithms. However, an isolated camera has a low degree of effectiveness because it has a limited context of information. For instance, detection of missing persons is only effective if multiple cameras are aware of that person is missing. This work proposes a command and control center to allow the coordination of security cameras in a remote and flexible way. This flexibility is achieved because the user can remotely register the actions that each camera must perform, even with the system in operation. It also allows the sharing of a user’s information with multiple cameras. Our tests demonstrate that the system can be installed in an environment with few computational resources, as well as it reacts properly according to the configured parameters.
基于物联网雾的IP摄像头物理门禁图像匹配监控系统
许多人关心物理安全,并从最新技术进步提供的资源中寻求支持,例如与生物特征识别算法相关联的具有互联网接入的安全摄像头。然而,一个孤立的相机的有效性很低,因为它有一个有限的信息背景。例如,只有当多个摄像头都意识到那个人失踪时,对失踪人员的检测才有效。本工作提出了一种指挥控制中心,可以远程灵活地协调安防摄像机。实现这种灵活性是因为用户可以远程注册每个相机必须执行的动作,即使系统在运行中。它还允许与多个摄像头共享用户信息。我们的测试表明,该系统可以安装在计算资源较少的环境中,并且根据配置的参数做出正确的反应。
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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