船舶航向控制器,Ship Course Controller
1)Ship Course Controller船舶航向控制器
英文短句/例句
1.Nonlinear Backstepping Design of Ship Steering Controller;基于非线性Backstepping的船舶航向控制器设计
2.Controller Design for Ship Steering Based on Discrete Fuzzy Multi-model基于离散模糊多模型的船舶航向控制器设计
3.Research on the design and simulation of a ship course controller based on ADRC基于ADRC的船舶航向控制器设计与仿真研究
4.Design and Simulation on Fuzzy Controller of Ship Motion Course船舶运动航向模糊控制器设计与仿真
5.Fuzzy Controller for Ship Course Steering Based on Genetic Optimization基于遗传算法优化模糊控制器的船舶航向控制
6.The Establishment of Non-linear Ship Model and the Design of ANFIS Ship Course Keeping Controller;非线性船舶模型的建立与ANFIS航向控制器设计
7.Simulation Research on Ship Course Nonlinear System Based on Auto Disturbance Rejection Controller;船舶航向非线性系统自抗扰控制器的仿真研究
8.Control of ship courses using backstepping and sliding mode observer基于反步法和滑模观测器的船舶航向控制
9.Research on Marine Speed and Heading Control and Turbine-Propeller Interaction船舶航速和航向控制及机桨匹配研究
10.Generalized Predictive Control of Ship Orientation Based on SVM;基于SVM的船舶航向广义预测控制
11.Fuzzy control based on RBF neural network for ship steering;基于RBF神经网络的船舶航向模糊控制
12.Information Processing System of Ship Course/Roll Control System船舶航向/横摇控制系统信息处理系统
13.Study of Visual Simulation of Ship Course/Roll Control System船舶航向横摇控制系统视景仿真研究
14.Study on Modeling of Ship Motion and Controlling of Ship Course Considering the Various Speeds考虑航速影响的船舶运动建模与航向控制仿真
15.LSSVM-IMC control for ship course-keeping system船舶航向最小二乘支持向量机内模控制
16.An Accessory Device for Remote Course Control of the Boat基于附加器和GPS的船舶航向遥控系统方案设计
17.Study on Large Ship Course Control Using Neural Network;神经网络在大型船舶航向控制中的应用研究
18.Study of Ship Course Nonlinear Control Based on Backstepping;基于Backstepping的船舶航向非线性控制方法的研究
相关短句/例句
ship course control船舶航向控制
1.Research on design and simulation ofship course controller based on QFT;基于QFT的船舶航向控制器设计与仿真研究
2.Theship course control system model with uncertainties is first given in this paper.首先给出了具有不确定性的船舶航向控制系统模型,对于标称模型给出了传统PID控制器的设计结果;根据鲁棒控制器设计的LMI处理方法的相关理论,设计出满足性能指标要求的鲁棒的输出反馈控制器。
3.Because of the strong non-linearity and uncertainty, and as well as the dynamics restraints of autopilots,designing a high performanceship course controller is yet a challenge.船舶航向控制系统具有典型的非线性和不确定性特性,并受自动舵执行能力的约束,这使得作为船舶智能化基础的航向控制极具挑战性。
3)ship course keeping control船舶航向控制
1.A mixed optimization algorithm is proposed forship course keeping controller design based on the genetic algorithm (GA) and H∞ loop-shaping technique.该方法采用Ｈ∞环路成形技术设计船舶航向控制器，成形权函数采用遗传算法进行优化，从而避免了凭经验试凑权函数的盲目性，使控制器的设计系统化，且简单易行。
2.The Establishment of Non-linear Ship Model and the Design of ANFIS Ship Course Keeping Controller;本文对基于自适应网络的模糊推理系统(ANFIS)(Adaptive-Network-basedFuzzy Inference System)在船舶航向控制中的应用进行了仿真研究。
4)ship steering autopilot船舶航向控制
5)ship course tracking control船舶航向跟踪控制
6)ship course-keeping control船舶航向保持控制
延伸阅读
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