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作 者:冯欣[1] 朱广华 解煜[1] 唐强[1] FENG Xin;ZHU Guanghua;XIE Yu;TANG Qiang(Xi'an Institute of Electromechanical Information Technology,Xi'an 710065,China)
机构地区:[1]西安机电信息技术研究所,陕西西安710065
出 处:《探测与控制学报》2021年第3期70-76,共7页Journal of Detection & Control
摘 要:针对弹群网络需要依托地面交互设备进行通信,无法为弹药集群提供动态、灵活、高效的自组织网络的问题,提出了基于IEEE802.11s协议的弹载组网终端。该弹载组网终端采用无线Mesh组网技术,通过速率自适应的MAC协议以及跨协议层的AODV路由算法,实现了在高动态环境下弹群节点的自组网功能。实测结果表明,该弹载组网终端传输距离、传输带宽及传输延迟等方面均能满足自组网传输要求,同时满足弹载安装环境的小型化要求,可以应用到巡飞类弹药上,使弹药集群达到灵活、高效组网的目的。The missiles group network communication mainly relies on ground interactive equipment,which cannot provide a dynamic,flexible,and efficient network for the missiles.To solve the problem,a missile-borne networking terminal based on IEEE802.11s standard was proposed.The missile-borne networking terminal used wireless Mesh networking technology,through the rate-adaptive MAC protocol,and the cross-protocol layer AODV routing algorithm,to achieve the missiles group network in a highly dynamic environment.The measured results showed that the transmission distance,transmission bandwidth and transmission delay of the missile-borne network terminal could meet the transmission requirements of the missiles group network.At same time,it could meet the miniaturization requirements of the missile-borne installation environment.It could be applied to loitering munition to make missiles group achieve flexible and efficient networking purposes.
分 类 号:TN915.02[电子电信—通信与信息系统]
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