Unmanned Aerial Vehicles
Unmanned Aerial Vehicles
复制标题
无人机
DOI：
10.3390/books978-3-03936-709-2
复制
发表时间：
2020
影响因子：
14.4
通讯作者：
Tencent open platform
中科院分区：
文献类型：
--
作者：
Caict;Tencent Ai Lab;Tencent open platform
·先进的情报、监视和侦察（ISR）。·通信中继。空对地或空对空协同作战。以网络为中心的FCS结构降低了单个系统的重要性，并提高了对公共通信、计算机、传感器、建模/仿真、武器、训练和后勤的重视。只有在这些共同的特性在系统的环境中得到综合和试验之后，单个的无人机才能成为FCS级的无人机。在ISR任务中，无人机使用各种传感器，如电光、红外或气象采样，同时将这些数据发送回整个UA的通信和信息共享网络系统。无人机传感器通过“眼睛”操作、持续观察感兴趣的目标或战斗损伤提供态势感知。
• Advanced intelligence, surveillance and reconnaissance (ISR). • Communications relay. • Air-ground or air-to-air cooperative engagement. The FCS construct of network-centric systems reduces the importance of individual systems and raises the emphasis on common communications, computers, sensors, modeling/simulation, weapons, training and logistics. An individual UAV does not become an FCS Class of UAV until these common characteristics are integrated and tested in a system-of-systems environment. In the ISR role, UAVs use a variety of sensors such as electro-optic, infrared or meteorological sampling while sending this data back to the networked system of communications and information sharing throughout the UA. The UAV sensors provide situational awareness through “eyes-on” operations, persistent observation of a target of interest or battle damage Unmanned Aerial Vehicles —