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Augmenting Surveillance System Capabilities by Exploiting Event Correlation and Distributed Attack Detection

机译:通过利用事件相关性和分布式攻击检测来增强监控系统功能

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摘要

In recent years, several innovative security technologies have been developed. However, many of the novel sensing technologies (e.g. video analytics) do not always feature a high level of reliability. Very often, they need to be precisely tuned to fit specific installations and provide acceptable results. Furthermore, in large installations the number of surveillance operators is low with respect to the number of sensing devices, and operators' tasks include facing critical events, possibly including strategic terrorist attacks. In such human-in-the-loop systems, ergonomics and usability issues need to be carefully addressed to increase system performance in terms of detection probability and low rate of false/nuisance alarms. This paper describes a multi-sensor event correlation approach for augmenting the capabilities of distributed surveillance systems. The aim is to provide advanced early warning, situation awareness and decision support features. The effectiveness of the framework is proved considering threat scenarios of public transportation systems.
机译:近年来,已经开发了几种创新的安全技术。然而,许多新颖的传感技术(例如视频分析)并不总是具有高水平的可靠性。通常,他们需要精确调整以适合特定的安装并提供可接受的结果。此外,在大型安装中,监控操作员的数量相对于传感设备的数量低,并且运营商的任务包括面对关键事件,可能包括战略恐怖攻击。在这种人类的循环系统中,需要仔细解决人体工程学和可用性问题,以便在检测概率和低速率/滋扰警报的低速率方面提高系统性能。本文介绍了一种用于增强分布式监控系统的能力的多传感器事件相关方法。目的是提供高级预警,情况意识和决策支持特征。考虑到威胁公共交通系统的威胁情景,证明了框架的有效性。

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