1.
Dynamic Simulation Investigation of Steering Gear System of Ship Based on Personal Computer;
基于PC机的船舶舵机系统动态仿真研究
2.
Study on the adaptive single-neuron PID control system of ship steering gear
船舶舵机单神经元自适应PID控制的研究
3.
Simulation of Move-with-hand Marine Hydraulic Steering System
拨叉式船舶液压舵机系统的仿真研究
4.
The Ship Longitudinal Fore and Aft Direction Multivariate Stochastic Control Methods Study on the Basis of π Rudder;
基于π型舵船舶纵向多变量随机控制方法研究
5.
Realization of Marine Rotary Vane Type Steering Gear Simulation System and Vitual Realiton;
船舶转叶式舵机系统仿真与虚拟现实的实现
6.
Analysis on Steady State and Dynamic Characteristics of Marine Hydraulic Steering System
船舶液压舵机系统动态和稳态特性的分析
7.
Applied Research on the Electro Hydraulic Redundancy Digital Valve in Marine Hydraulic Steering Gear
电液余度数字阀在船舶液压舵机系统中的应用研究
8.
Realization and Design of a Hydraulic Marine Steering Gear Using Inverter Technology Based on LabVIEW
基于LabVIEW船舶变频液压舵机测控系统的设计与实现
9.
Design of the Simple Simulative Experiment Platform for Ship Autopilot
简易船舶自动舵模拟实验平台的设计
10.
Fuzzy PID automatic steering gear based on PLC
基于PLC的模糊PID船舶自动舵
11.
The exploitation of vessel rudder design and hydrodynamic analysis software
船舶舵型设计及水动力分析软件开发
12.
Nonlinear PID Design for Ship Course Autopilot Control
基于非线性PID的船舶航向自动舵设计
13.
Study on Slanting Rudder Of Ship Rolling Stabilization Based on LQG Control Method
基于斜舵船舶减横摇LQG控制研究
14.
It meets the classification survey from CCS or ZC. It's ideal for medium-size, handy-size ships in the river or the sea.
该系列舵机符合ccs及zc船检规范，适用于内河及沿海的各类中、型船舶。
15.
Hydraulic steering gear on the inland navigation ships
GB/T7185-1987内河船液压舵机
16.
Research and Design of Ship Steer Controller on Performance Estimate;
基于性能评价的船舶自动舵控制器设计研究
17.
An Investigation on the Effects of Pitching Reduction of Ships Equipped with Anti-Pitching Rudders in Waves;
抗纵摇舵对船舶在波浪中减摇效果研究
18.
Technology of Ship Course-control Autopilot Based on NNC
基于神经网络控制的船舶航迹自动舵技术