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Development and Application of an AUV Maneuvering and Control System Simulator

机译:AUV操纵与控制系统模拟器的开发与应用

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摘要

AUVs (Autonomous Underwater Vehicles), which are maneuveredaccording to designated operation scenarios using non-tethered systems,feature wide-ranging observation capability due to the lack ofconnections for power and/or signal cables. However, maneuveringscenarios and control software must be carefully formulated andchecked so as to avoid unexpected AUV motion. Accordingly, amaneuvering and control system simulator has been assembled usingnearly the same control boards, LAN, scenarios and control programs asfor an actual AUV system. Scenarios and failure procedures such asemergency surfacing and obstacle avoidance, as well as standardcruising modes including straight constant speed running, coursekeeping, turning, diving, position keeping, crabbing, short turning,stopping and passing designated points can be verified through repeatedcomputer runs of this AUV simulator.
机译:AUV(自动水下航行器)根据使用非系绳系统的指定操作场景进行操纵,由于缺少电源和/或信号电缆的连接,因此具有广泛的观察能力。但是,必须仔细制定和检查操纵场景和控制软件,以防止意外的AUV运动。因此,机动和控制系统模拟器已使用与实际AUV系统几乎相同的控制板,LAN,方案和控制程序进行组装。紧急情况堆焊和避障等场景和故障程序以及标准巡航模式,包括直等速运行,路线保持,转弯,跳水,位置保持,抓蟹,短转,停止和通过指定点,可以通过该AUV的重复计算机运行来验证模拟器。

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