摘要
随着人们对海洋资源的深入开发,在舰船的动力定位系统中,需要实时采集并处理船舶的运动状态数据,并通过计算机的处理,从而实现对船舶姿态的快速调整。本文主要介绍了船舶动力定位系统的组成结构,然后基于Web系统,对舰船的动力定位系统进行变频控制,通过动力定位主动克服了舰船动力定位时的扰动误差,在遇到恶劣的航行环境时,能够显著增强动力定位的效果,使得船舶的航行更加稳定。通过结合Web技术,船员能够利用以太网络进行数据的实时传输,非常便于快速搭建监控网络,从而实现对整个船舶动力系统的控制。
With the deepening development of the marine environment, it is necessary to collect and process the motion data of the ship in real time in the dynamic positioning system of the ship, and to realize the rapid adjustment of the ship's attitude through rapid processing. This paper mainly introduces the composition of ship dynamic positioning system,and then based on the Web system, the dynamic positioning system of the ship frequency control, through the dynamic positioning to overcome the dynamic positioning of the ship when the disturbance error, in the face of bad navigation ring, Can significantly enhance the effect of dynamic positioning, making the ship's navigation more stable. By combining Web technology, the crew can use the Ethernet network for real-time data transmission, very easy to quickly build a monitoring network, in order to achieve the entire ship power system control.
出处
《舰船科学技术》
北大核心
2017年第24期82-84,共3页
Ship Science and Technology
关键词
WEB
动力
定位
Web
power
positioning
