安全pid与物理传感器,实时模式识别,和连续巡逻

J. O. Peralta, M. T. C. D. Peralta
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引用次数: 18

摘要

本周界入侵检测系统(PIDS)是一种适用于风险评估的责任区域的监视和周界控制系统,如游泳池、学校、博物馆、大使馆、仓库等。它由一串任意数量的间隔但通信的微控制器组成,每个微控制器驱动红外(IR)和/或超声波发射器和数字输出换能器。该系统利用雷达效应,通过对探测器输出进行顺序监视和分布式模式识别分析,实现连续周界巡逻。所有微控制器都支持一个通用代码,包括依次打开和关闭发射器,模式识别例程和串行传输报警字节。通过软件和发射器波束网的适当几何配置避免了蝴蝶警报。一个主微控制器关闭串,同步并引导其他的。当主微控制器接收到“入侵者”信号时,触发物理报警,其下一个命令是重新开始巡逻。
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Security PIDS with physical sensors, real-time pattern recognition, and continuous patrol
This perimeter intruder detection system (PIDS) is a system applicable to surveillance and perimeter control of areas of responsibility where risks are assessed, like swimming-pools, school precincts, museums, embassies, warehouses, and the like. It consists of a string of an arbitrary number of spaced but communicated micro-controllers, each one driving infra-red (IR) and/or ultrasound emitters and digital output transducers. The system uses radar effect and it carries continuous perimeter patrol by performing sequential surveillance of detector outputs as well as distributed pattern recognition analysis. All micro-controllers support a common code which includes turning the emitters sequentially on and off, pattern recognition routines, and serial transmission of alarm byte. Butterfly alarms are avoided via software and adequate geometrical configuration of the emitter beam net. One master micro-controller closes the string synchronizes and conducts the others. When the master micro-controller receives the "intruder" signal, it triggers the physical alarm, its next order being to restart patrolling.
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