The model-free control method is used to ship anti-rolling system for the first time, combined with the advantage of model-free control.
结合无模型控制的优点，首次将无模型控制理论应用到船舶减摇控制系统中。
The choices of control method are key factors that influence stabilizer effect of passively controlled anti-rolling tank mainly, by comparing optimal control method with routine control method.
通过常规控制方法和最佳控制方法的比较，指出控制方法的选取是关系到可控被动式减摇水舱减摇效果的关键环节。
To establish suitable mathematical models of ship's water ballast system, bilge water system and anti-rolling tanks are the foundation for control and simulation for these systems.
建立船舶压载调平系统和污水处理系统的数学模型是进行船舶调平和污水处理控制和仿真的基础。
Ship anti-rolling fin is a successful compound of modern bionics and control theory in ship engineering and also one of the most widely used anti-rolling apparatus.
船舶减摇鳍是现代仿生学与控制理论相结合在船舶工程应用中的一个成功实例，也是应用最广泛的一种船舶减摇装置。
This algorithm also gains favorable performance in control of ship anti-rolling fin.
该算法应用于减摇鳍系统也获得了良好的控制性能。
This algorithm also gains favorable performance in control of ship anti-rolling fin.
该算法应用于减摇鳍系统也获得了良好的控制性能。
应用推荐