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Prediction of Position and Course of a Vessel Using Artificial Neural Networks by Utilizing GPS/Radar Data

机译:利用GPS /雷达数据的人工神经网络预测船舶位置和航向。

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In this study, a guidance and an early warning method has been developed for navigation by using GPS data. Two dimensional navigation has been considered and the Istanbul Strait has been specifically studied as an experimental model. Despite modern navigation devices, there are still some problems for navigating of vessels in narrow waterways because of geographical structures and various disturbances. Even though all vessels have modern navigation devices, use of autopilot is not allowed in the Strait. Vessels have to be manually controlled according to rules. A human operator (helmsman) controls a vessel as a continuous system manually according to captain''s command against random disturbances through strait of Istanbul and their behaviour affects the course and coordinates of the vessel. An algorithm has been developed to predict a vessel''s position using artificial neural network utilizing GPS/radar data.
机译:在这项研究中,已经开发了一种通过使用GPS数据进行导航的指导和预警方法。已经考虑了二维导航,并且专门研究了伊斯坦布尔海峡作为实验模型。尽管有现代导航设备,但由于地理结构和各种干扰,在狭窄水道中航行船舶仍存在一些问题。即使所有船只都配备了现代化的导航设备,海峡两岸也不允许使用自动驾驶仪。船只必须根据规则进行手动控制。操作员(舵手)根据船长的命令手动控制船舶作为连续系统,以防止通过伊斯坦布尔海峡的随机干扰,并且其行为会影响船舶的航向和坐标。已经开发出一种算法,该算法可以使用利用GPS /雷达数据的人工神经网络来预测船只的位置。

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    《 》|2007年|579-584|共6页
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    Simsir; Ugur; Ertugrul; Seniz;

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