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Towed Antenna System Allows Two-Way, Real-Time Communication with UUVs

机译:拖曳天线系统允许与UUV进行双向实时通信

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摘要

When any unmanned underwater vehicle (UUV) is beneath the surface of the water, even a few meters down, it cannot use a global positioning system (GPS) signal and or radio frequency (RF) communication. This is a universal problem for all UUVs operators. The ability to communicate rapidly and in real time while still submerged is beneficial for many applications. A buoyant tethered antenna that supports two-way RF communication as well as Wi-Fi, Iridium satellite, a camera and GPS reception would greatly enhance the identification and localization capabilities of all UUVs. The added advantage is the UUV with a towed antenna will be much more maneuverable underwater at depths between three to five meters than it would be on the surface. In addition, successful creation of a universal towed antenna will be of great interest to the ever-growing world of commercial autonomous vehicles in use around the world.
机译:当任何无人水下航行器(UUV)位于水面以下,甚至几米深时,它都无法使用全球定位系统(GPS)信号和/或射频(RF)通信。对于所有UUV操作员来说,这是一个普遍的问题。在仍然淹没的情况下进行快速实时通信的能力对于许多应用程序都是有益的。支持双向RF通信以及Wi-Fi,铱星卫星,摄像机和GPS接收的浮力系留天线将大大增强所有UUV的识别和定位能力。附加的优点是带有拖曳天线的UUV在水下三到五米处比在地面上具有更大的操纵性。此外,成功创建通用拖曳天线将对不断增长的世界范围内使用的商用自动驾驶汽车引起巨大兴趣。

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