Thermo-PanCam : Secured site indentification of intruders by merging data from active RFID validation and thermal imaging

Thermo-PanCam将研究将立体热成像摄像机与射频识别（RFID）标签/徽章连接起来的可行性。我们希望该系统通过比较RFID位置数据与3D热特征来区分授权人员和受限位置的入侵者。检测入侵者突破边界围栏的系统是久经考验的。这些系统往往是利用红外技术的连续监视系统，问题是它们消耗高水平的功率和带宽，并且具有高的误报警率。他们不会追踪入侵者或威胁的路线。我们的最终目标是保护安全站点，包括港口、核电站和铁路资产，使用低能耗的自主控制系统来识别和跟踪威胁，并向警方或安全人员发送适当的警报。

Thermo-PanCam will investigate the feasibility of linking stereo-thermal cameras with Radio-frequency identification (RFID) tags/badges. We expect the system to distinguish between authorised persons and intruders in restricted locations by comparing RFID locational data with 3D heat signatures. Systems detecting intruders breaching boundary fences is well tried and tested. These systems tend to be continuous monitoring systems utilising infrared technology with the problem that they consume high-levels of power and bandwidth and have a high false alarm rate. They do not track the route of the intruder or threat. Our ultimate target is to protect secure sites, including Ports, Nuclear locations and Railway assets, using low-energy autonomously controlled systems that identify & track the threat and send appropriate alerts to the police or security personal