摘要
为了提高舰船在海上定位的精度,同时减少因传统的船舶抛锚系泊方式带来的成本高、稳定性差等缺点,船舶工业领域对舰船动力定位系统的研究投入了大量的精力。动力定位系统利用舰船的推进器抵抗海浪干扰,使船舶保持在某一水域的动态平衡。本文针对舰船动力定位系统的信息采集问题,充分利用数据融合技术和传感器技术,提高了动力定位系统的信息采集时效性、可靠性和准确度。
In order to improve the positioning accuracy of ship in the sea, while reducing the disadvantages brought by the traditional way of ship mooring of high cost, poor stability of ship power system, positioning research field of shipbuilding industry has invested a lot of energy. The dynamic positioning system uses the ship's propeller to resist the wave disturbance and keeps the ship in the dynamic balance of a certain water area. Aiming at the problem of information acquisition in the ship dynamic positioning system, this paper makes full use of data fusion technology and sensor technology to improve the timeliness, reliability and accuracy of the information acquisition of the power positioning system.
出处
《舰船科学技术》
北大核心
2017年第16期37-39,共3页
Ship Science and Technology
关键词
数据融合技术
动力定位系统
传感器
动态平衡
data fusion technology
dynamic positioning system
sensor
dynamic equilibrium
