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Protecting the Backyard

机译：保护后院

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Complete sensor networks are fast becoming 'big business' when it comes to coastal security. As UGVs, drones and underwater threats are likely to continue to emerge, the domain awareness picture will certainly be more complicated in the future. Monitoring small moving objects below the surface could be a challenge. "There is [also] much concern regarding the ability [of modern cameras] to differentiate between a friend or foe," a source at FLIR Systems (now Teledyne FLIR) said. The advantage of the next generation of EO/IR detectors in countering those threats is that they can monitor, localise and identify small objects over increasingly larger distances. Completely new sensor concepts, among them unattended ground sensors (UGS), can play an inherent role within this scheme too. One such example is the B-SAVED bio-inspired autonomous surveillance camera developed by the French-German Research Institute of Saint-Louis (ISL). This is an easy-to-deploy UGS that consists of a pan and tilt head, able to present detailed information on a human-signatured target at up to 200m, and offering permanent peripheral vision for versatile 120° change detection and movement analysis.
机译：沿海安全时，完整的传感器网络快速成为“大企业”。随着UGV的，无人机和水下威胁可能会继续出现，域名认识图片在未来肯定会更加复杂。监测表面下方的小型移动物体可能是一个挑战。 “还有关于现代摄像头的能力的关注，在朋友或敌人之间区分”现代相机“，”FLIR系统（现在Teledyne Flir）的一个来源说。下一代EO / IR探测器在抵消这些威胁的优点是它们可以在越来越大的距离上监控，本地化和识别小物体。完全新的传感器概念，其中无人看管的地面传感器（UGS），也可以在该方案中发挥固有作用。一个这样的例子是由法国 - 德语研究所（ISL）开发的B节省生物启发自主监控相机。这是一个易于部署的UG，包括平移和倾斜头，能够在高达200米的人签名目标上呈现详细信息，并为多功能120°变化检测和移动分析提供永久性外围视觉。

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