首页--工业技术论文--自动化技术、计算机技术论文--自动化技术及设备论文--自动化系统论文--自动控制、自动控制系统论文

电力传动系统模糊自适应控制研究

Abstract第4-5页
摘要第6-8页
Table of Contents第8-12页
List of Tables第12-13页
List of Figures第13-15页
List of Abbreviations and Symbols第15-18页
Chapter 1 Introduction第18-27页
    1.1. An Overview of Electric drive control systems第18-22页
        1.1.1. Basic structure of electric drive control systems第18-20页
        1.1.2. Control technique of DC-PEDs第20-21页
        1.1.3. Control technique of PMSM-PEDs第21-22页
    1.2. Adaptive control for electric drive control systems第22-23页
    1.3. Basic ideas第23-25页
    1.4. Thesis Organization第25-27页
Chapter 2 Basic theory of Plant and Adaptive control technique第27-49页
    2.1. Introduction第27页
    2.2. Mathematical model of DC motor with H-bridge chopper第27-31页
        2.2.1. Modeling of DC motor第27-29页
        2.2.2. Modeling of DC motor with H-bridge chopper第29-31页
    2.3. Mathematical model of PMSM motor第31-37页
        2.3.1. Stator and Rotor coordinate systems第31-33页
        2.3.2. Continuous modeling of PMSM in d-q axes第33-35页
        2.3.3. Discrete model of SVPWM-PMSM in d-q axes第35-37页
    2.4. Direct Adaptive Fuzzy control algorithm第37-44页
    2.5. Fuzzy Self-tuning PID control algorithm第44-47页
        2.5.1. Traditional PID controller第44-45页
        2.5.2. Fuzzy Self-tuning PID controller第45-47页
    2.6. Conclusions第47-49页
Chapter 3 Improved DAF controller for DC Electrical drive system第49-80页
    3.1. Introduction第49-50页
    3.2. Design the Improved DAF controller for DC-PEDs第50-60页
        3.2.1. IDAF control structure for controlling the low power DC-PEDs第51页
        3.2.2. Design the digital DAF controller第51-56页
        3.2.3. Improved quality of system by adjusting updating coefficient第56-60页
    3.3. IDAF for controlling position angle of DC-PEDs第60-62页
        3.3.1. C-Fuzzy system for controlling position angle of DC-PEDs第61页
        3.3.2. G-Fuzzy system for controlling position angle of DC-PEDs第61-62页
    3.4. Simulation results and analysis第62-79页
        3.4.1. Simulation setup第62-64页
        3.4.2. Simulation analysis speed control第64-76页
        3.4.3. Simulation analysis position control第76-79页
    3.5. Conclusions第79-80页
Chapter 4 Adaptive control for PMSM Electrical drive system第80-116页
    4.1. Introduction第80-81页
    4.2. Overview of RFOC structure for PMSM-PEDs第81-84页
    4.3. Design current controller of PMSM-PEDs based on IIMC第84-96页
        4.3.1. Discrete transfer function of PMSM motor第84-85页
        4.3.2. Overview of measuring current第85-86页
        4.3.3. Design digital IMC controller for Current control-loop第86-90页
        4.3.4. New structure to reduce load effect on the system第90-92页
        4.3.5. Simulation and analysis current control-loop第92-96页
    4.4. Adaptive controller for speed loop of PMSM-PEDs第96-105页
        4.4.1. Modeling of speed control-loop第97-98页
        4.4.2. Measure speed第98-101页
        4.4.3. Design digital speed controller for PMSM-PEDs in the RFOC structure第101-105页
    4.5. Simulation results and analysis第105-114页
        4.5.1. Simulation setup第106页
        4.5.2. Simulation results and analysis第106-114页
    4.6. Conclusions第114-116页
Chapter 5 Hardware and experimental results第116-130页
    5.1. Introduction第116页
    5.2. dsPIC Hardware introduction第116-123页
        5.2.1. dsPIC Digittal Signal Controller for control motor system第116-117页
        5.2.2. Hardware system第117-121页
        5.2.3. Software design第121-123页
    5.3. Experimental for DC-PEDs using IDAF controller第123-129页
    5.4. Conclusions第129-130页
Chapter 6 Conclusions and Future Works第130-133页
    6.1. Conclusions第130-132页
    6.2. Future Works第132-133页
Acknowledgement第133-134页
References第134-144页
Appendix Ⅰ第144-147页
Appendix Ⅱ第147-148页
Appendix Ⅲ第148页

论文共148页,点击 下载论文
上一篇:视频监控分析云的高可用性研究
下一篇:鲁棒的大间隔分类学习方法研究