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Unattended Ground Sensors State-of-the-Art, Technologies and Challenges

机译:无人值守地面传感器的最新技术,技术和挑战

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摘要

1. Independent (orthogonal) multiple stimuli converge to produce high confidence with inherent H/W based sensor fusion 2. 3D Electronics & MEMS based system assure useabie range of sensor nodes from low-cost (disposable sensor arrays) to highly capable, intelligent nodes for special applications 3. Simultaneous data collection for near real time information To date, chemical, magnetic, infrared, acoustic, and nuclear signatures have been detected on the same type of sensing element 4. These core capabilites enable real multi-phenomonalogy processing and exfiltration including imaging (visible & IR), acoustic, seismic, magnetic, chemical, biological, weather, etc) for unattended sensor for applications BEYOND Unattended Ground Sensors to Unattended Air Sensors and Unattended Underwater Sensors in a range of very challenging enviroments including in Urban Warfare situations (probably the next major push for this class of devices) 5. Technology ultimately amenable to coin-sized disposable implementation.
机译:1.独立的(正交)多重刺激收敛,通过固有的基于硬件的传感器融合产生高置信度。2.基于3D电子和MEMS的系统可确保传感器节点的使用范围从低成本(一次性传感器阵列)到高性能,智能节点用于特殊应用3.同时收集近乎实时信息的数据迄今为止,已在同一类型的传感元件上检测到化学,磁,红外,声和核特征。4.这些核心功能可实现真正的多现象学处理和渗透包括用于无人值守传感器的成像(可见光和红外),声,地震,磁,化学,生物,天气等),适用于在包括城市战在内的一系列极具挑战性的环境中使用的无人值守地面传感器,无人值守空气传感器和无人值守水下传感器情况(可能是此类设备的下一个主要推动力)5.最终适用于硬币大小的一次性技术实施。

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