MAIN APPROACHES TO SHIP TRAFFIC CONTROL ON COURSE

V. Golikov, K. Siniuta
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引用次数: 0

Abstract

The management of the vessel's course on the course is an important maritime quality that determines the effectiveness of the vessel's management. The environmental conditions in which course management tasks need to be addressed are of a different nature - limited visibility, stormy weather, icing, shallow water, tidal phenomena, narrow conditions, the presence of other vessels, and so on. All these aspects cannot be comprehensively considered by traditional mathematical methods, ensuring the necessary adequacy of the actual process. This paper highlights the existing approaches to the management of ship traffic on the course such as course management, disturbance management, ship traffic management on the basis of long-term forecasting, proportional-integral-differential (PID) law of control (deviation control), intellectual approaches to court management, in particular, synergetic approach, use of neural networks, fuzzy logic and evolutionary (genetic) algorithms-languages.
船舶航向交通管制的主要方法
船舶航向管理是决定船舶管理有效性的重要海事质量。需要处理航道管理任务的环境条件具有不同的性质——能见度有限、暴风雨天气、结冰、浅水、潮汐现象、狭窄条件、有其他船只等。所有这些方面都不能用传统的数学方法综合考虑,从而确保实际过程的必要充分性。本文重点介绍了现有的船舶交通管理方法,如航向管理、干扰管理、基于长期预测的船舶交通控制、比例积分微分(PID)控制律(偏差控制)、法庭管理的智能方法,特别是协同方法、神经网络的使用,模糊逻辑和进化(遗传)算法语言。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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审稿时长
27 weeks
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