可重新部署和可重新定位的安全系统的优点

A. Birch
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引用次数: 0

摘要

我们描述了快速部署入侵检测系统(RDIDS)和可重新定位入侵检测系统(RIDS)系统,它们可以设计为在任何天气条件下运行。它们不受含盐空气、化学物质和大多数爆炸性环境的影响,并且对滋扰和假警报具有很强的抵抗力。因此,rdid和rid具有城市、农村和远程装置所需的灵活性。RDIDS是在90年代TRW的鼓励下开发的,用于美国肯尼迪角,佛罗里达州,胡德堡,德克萨斯州的防空系统,以及最近的国防部战略石油储备地点。这些系统利用光伏发电作为主要能源,并配有12小时备用电池。安全系统可以与在VHF或UHF范围内工作的射频(RF)轮询收发器集成。此外,RDIDS可以设计成与光纤技术接口,从而确保农村环境中的高质量传输。光纤电缆集成已经证明了其在室外环境中作为可靠的传输源使用闭路电视摄像机的有效性。该光纤模块可用于监控篡改和报警电路以及视频传输。与硬连线安装相比,这些技术提供了额外的灵活性和大量的现金节省。RDIDS可以部署在各种特殊应用中,并且可以在传统系统所需的一小部分时间内运行。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Advantages of redeployable and relocatable security systems
We describe Rapid Deployment Intrusion Detection System (RDIDS), and Relocatable Intrusion Detection System (RIDS) systems which can be designed for operation in any weather conditions. They are impervious to salt air, chemical and most explosive environments, and are highly resistant to nuisance and false alarms. Therefore, RDIDS and RIDS have the flexibility needed for urban, rural and remote installations. RDIDS was developed in the 90's, with the encouragement of TRW, for the US Air Defense System in Cape Kennedy, Florida, Fort Hood, Texas and more recently for the D.O.E. Strategic petroleum Reserve sites. These systems utilize photovoltaic power as their primary source of energy with twelve-hour battery backup. Security systems can be integrated with Radio Frequency (RF) polling transceivers operating in the VHF or UHF range. Further, RDIDS can be engineered to interface with fiber optic technology, thereby ensuring quality transmission in rural environments. Fiber optic cable integration has proven its effectiveness in outdoor environments as a reliable transmission source when using CCTV cameras. The fiber optic module can be used for monitoring the tamper and alarm circuits as well as video transmission. These technologies offer additional flexibility and substantial cash savings when compared to hard-wired installations. RDIDS can be deployed for a wide variety of special applications and can be operational in a fraction of the time required for conventional systems.<>
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