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Design of Multi-channel and Distributed Wireless Communication Network Architecture for UUVs

机译:UUV的多通道分布式无线通信网络架构设计

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In order to get reliable communication no matter under the water or above the surface, a kind of multi channel and distributed wireless communication network architecture for UUVs was presented. This network architecture includes underwater communication, surface communication and internal communication. Underwater communication is acoustic modem, and the surface communication consists of RF, Wi-Fi, BeiDou. Internal communication portal is TCP/UDP. In order to avoid interference and decrease the navigation resistance, a four-in-one compact antenna is designed which is installed on UUV's inverted pole style elevating mechanism. Through repeated tests in Qiandao lake, Zhejiang province, the acoustic communication distance under the water is validated to 11.2 km, the RF 12 km, the Wi-Fi 300 m, the BeiDou communication system could communicate even in the ravine. So the distributed communication system on the UUV is reliable and effective.
机译:为了获得无论在水下还是在地面以上的可靠通信,提出了一种用于UUV的多通道分布式无线通信网络体系结构。该网络体系结构包括水下通信,地面通信和内部通信。水下通信是声学调制解调器,水面通信包括RF,Wi-Fi,北斗。内部通信门户网站是TCP / UDP。为了避免干扰并降低导航阻力,设计了一种四合一紧凑型天线,该天线安装在UUV的倒立杆式举升机构上。通过在浙江千岛湖的反复测试,水下声通信距离被确认为11.2 km,RF为12 km,Wi-Fi 300 m,北斗通信系统甚至可以在沟壑中进行通信。因此,UUV上的分布式通信系统是可靠且有效的。

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