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Port environments add complexity

机译:端口环境增加了复杂性

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The modern autopilot in aircraft has been around for decades and cars driving themselves are becoming a reality faster than most people would have thought. It is only a matter of (a short) time until autonomous navigation as a concept finds its way into shipping as well. Autonomous sailing for commercial purposes is already the focal point in various research conducted by companies such as Rolls-Royce and DNV-GL, however in these studies, autonomous navigation in the port environment is left untouched. This environment is characterized by a wide variety of manned vessels, where traffic situations are solved by constant communication between crew and port authority. It is a crowded space, and the inertia and momentum of ships imply that there is limited room for error. So we start to question: »How could autonomous, unmanned navigation be made possible in today's port, taking into account the navigational and communication complexity between vessels and the port authority?«
机译:飞机上的现代自动驾驶仪已经存在了数十年,并且自动驾驶汽车的实现比大多数人想象的要快。自主导航作为一种概念也可以运用于运输领域,仅需短短的时间。罗尔斯·罗伊斯公司和DNV-GL等公司开展的各种研究中,商业目的的自主航行已经成为焦点,但是在这些研究中,港口环境中的自主航行却没有受到影响。这种环境的特点是载人船种类繁多,通过船员与港口当局之间不断的沟通来解决交通状况。这是一个拥挤的空间,船舶的惯性和动量意味着误差空间有限。因此我们开始质疑:»考虑到船只与港口当局之间的导航和通信复杂性,如何在当今的港口中实现自主,无人驾驶的导航?«

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