目录 前言 第1章概述 第2章二阶系统数学建模实验 2.1便携式单自由度机械臂的数学 建模原理 2.2单自由度机械臂系统数学建 模实验 2.2.1直流电动机的参数辨识 实验 2.2.2电动机的阶跃响应实验 2.3实验指导书 2.4实验报告要求 2.5实验注意事项 第3章控制系统的根轨迹校正 实验 3.1被控对象的传递函数与根 轨迹图分析 3.2根轨迹超前校正系统设计 与实验 3.3根轨迹滞后校正系统设计 与实验 3.4实验指导书 3.5实验报告要求Chapter 4Frequency Compensation Experiment 4.1Experiment of Series Lead Compensation 4.2Experiment of Series Lag Compensation 4.3Requirements of the Experiment Report 4.4Experiment Notes 4.5Experiment Instruction Experiment Handout for Automatic Control Theory and Application自动控制理论与应用实验指导CONTENTS目录 Chapter 5Pole Assignment Experiment 5.1Pole Assignment Principle Introduction 5.2Analysis of the POFR-Arm Poles Assiguments to Improve System Performance 5.2.1State Space Model of the POFR-Arm System 5.2.2Check the Condition of Controllability and Pole Assignment 5.3Experiment Instruction 5.4Requirements of the Experiment Report 5.4Experiment Notes Chapter 6Design Experiment of PID Controller 6.1Analysis on Mathematical Model of PID Controller 6.2Design Experiment of PID Controller 6.2.1Proportional (P) Control Experiment 6.2.2Proportional Plus Derivative (PD) Control Experiment 6.2.3Proportional Integral (PI) Control Experiment 第4章频率法校正实验 4.1串联超前校正实验 4.2串联滞后校正实验 4.3实验指导书 4.4实验报告要求 4.5实验注意事项 第5章极点配置实验 5.1极点配置原理简介 5.2单自由度机械臂极点配置对 改善控制系统性能的分析 5.2.1单自由度机械臂系统的状态 空间模型 5.2.2检查系统的能控性与极点配 置条件 5.3实验指导书 5.4实验报告要求 5.5实验注意事项 第6章PID控制器设计实验 6.1PID控制器的数学模型分析 6.2PID控制器设计实验 6.2.1比例(P)控制实验 6.2.2比例微分(PD)控制实验 6.2.3比例积分(PI)控制 实验 6.2.4Proportional Integral Differential (PID) Control Experiment 6.3Experiment Instruction 6.4Requirements for the Experiment Report 6.5Experiment Notes Chapter 7The Linear Quadratic Regulator Optimal Control Algorithm (LQR) Control Experiment 7.1The Theoretical Analysis 7.1.1The LQR Optimal Control Theory 7.1.2LQR Control Algorithm 7.2The Simulation of LQR Controller 7.2.1Weight Q’s Influence on the System Responses 7.2.2Eliminate the Steady-State Error 7.3The Actual Control of LQR Controller 7.4Experimental Steps 7.5Experiment Instruction 7.6Requirements of the Experiment Report Chapter 8Fuzzy Controller Design for Ball-beam System 8.1Introduction of Ball-beam System 8.1.1Structure of Ball-beam System 8.1.2The Structure of Ball-beam System 8.2The Modelling of Ball-beam System 8.2.1The Analysis of Modelling Methods6.2.4比例积分微分(PID) 控制实验 6.3实验指导书 6.4实验报告要求 6.5实验注意事项 第7章线性二次型控制算法(LQR)控制实验 7.1理论分析 7.1.1线性二次型控制原理 7.1.2系统LQR控制算法 7.2LQR控制器的仿真 7.2.1权值Q对系统响应的影响 7.2.2消除稳态误差 7.3LQR控制器的实际控制 7.4实验步骤 7.5实验指导书 7.6实验报告要求 第8章针对球杆系统的模糊 控制器设计实验 8.1球杆系统简介 8.1.1球杆系统组成 8.1.2球杆系统控制结构 8.2球杆系统的数学模型建立 8.2.1建模方法的选择 8.2.2The Parameters of Ball-beam System 8.2.3Modelling of Ball-beam System by Lagrange Method 8.2.4Ball-beam System Modelling Analysis 8.3Fuzzy Controller Design 8.3.1The Component and Principle of Fuzzy Controller 8.3.2The Design and Experiment of Fuzzy Controller for Ball-beam System 8.3.3The Realize of Ball-beam System Fuzzy Controller 8.3.4Improvement and Simulation of the Ball-beam Fuzzy Controller 8.4The Physical Control System of Ball-beam System 8.5summary Chapter 9BP-PID Controller Design and Experiment 9.1Neural Network Control (NNC) 9.1.1The Methodology of NNC 9.1.2The Design of BP-PID Controller 9.2BP-PID Controller Structure and Algorithm 9.2.1BP-PID Controller Structure 9.2.2BP-PID Control Algorithm 9.2.3Convergence and Stability Analysis of BP-PID Controller 9.3BP-PID Controller Design
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