A knowledge-based approach to automatic alarm interpretation using computer vision, on image sequences

T. Ellis, Paul L. Rosin, P. Moukas, P. Golton
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引用次数: 9

Abstract

This paper describes the development of a knowledge based system which will be used to automate the interpretation of an alarm event resulting from a perimeter intrusion detection system. The knowledge-based system analyses a sequence of digital images captured before, during and after the alarm is generated. Additional data, pertaining to the alarm sensor, prevailing weather conditions and time-of-day are also available to assist the interpretation. In order to cope with the diverse nature of the different data sources, a knowledge-based approach is used to perform the interpretation. Models are maintained for a variety of possible alarm causes (human, animal, environmental, false etc.) and each model characterises a number of properties associated with that particular alarm source. The event data is interrogated by the KBS following the selection of a particular model.
基于知识的自动报警解释方法,利用计算机视觉,对图像序列
本文描述了一个基于知识的系统的开发,该系统将用于自动解释由周界入侵检测系统产生的报警事件。基于知识的系统分析在警报产生之前,期间和之后捕获的一系列数字图像。有关警报传感器、当时的天气状况和一天中的时间的额外数据也可用于协助解释。为了处理不同数据源的多样性,采用基于知识的方法进行解释。为各种可能的报警原因(人类,动物,环境,虚假等)维护模型,每个模型都具有与特定报警源相关的许多属性。在选择特定模型之后,KBS将查询事件数据。
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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