摘要
针对高动态复杂战场环境中地形环境和电磁干扰等对直升机低空通信的影响,以联合环境感知、融合信息处理与决策、节点自适应配置与重构为核心,研究了具有认知功能的直升机低空通信系统。为实现直升机战场情报态势和指挥控制信息的可靠、高效、远距离传输提供了理论支持。
Aiming at the influence of terrain environment and electromagnetic interference on helicopter low altitude communication in highly dynamic and complex battlefield environment,a helicopter low altitude communication system with cognitive function is studied,regarding joint environment awareness,fusion information processing and decision,adaptive configuration and reconstruction of nodes as the core.It provides the theoretical foundation for the reliable,efficient and long-distance transmission of the helicopter battlefield intelligence situation and command and control information.
作者
郜玲
邹博
王立强
GAO Ling;ZOU Bo;WANG Liqiang(Graduate Team of the Fourth Brigade of the Army Aviation Academy,Beijing 101123,China;Army Aviation Research Institute,Beijing 101121,China)
出处
《计算机与网络》
2022年第20期57-60,共4页
Computer & Network
关键词
认知无线电
系统组成
电磁干扰
cognitive radio
systemcomposition
electromagnetic interference
