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描述
智能控制 复杂控制系统基础。主题包括：非线性系统识别与控制原理、自适应控制系统、人工神经网络、自学习神经网络、基于动态反馈的非线性系统控制、基于规则的专家系统、基于模糊逻辑的控制系统、进化计算及其在非线性系统识别与控制中的应用、群体智能与混合控制系统。讲座，每周3小时；实验，每周2小时。限制：仅限累计至少16学分的BEng专业学生选修。先决条件：IENG 3P11 , IENG 3P12 。
先修课程
- 先决条件：IENG 3P11 , IENG 3P12 。
条件与方式
- 限制：仅限累计至少16学分的BEng专业学生选修。
- 先决条件：IENG 3P11 , IENG 3P12 。
原文参考文本
Intelligent Control Foundations of complex control systems. Topics include: Principles of nonlinear systems identification and control, adaptive control systems, artificial neural networks, self-learning neural networks, dynamic feedback-based control of nonlinear systems, rule-based expert systems, fuzzy logic-based control systems, evolutionary computation and their applications for identification and control of nonlinear systems, swarm intelligence, and hybrid control systems. Lecture, 3 hours per week; lab, 2 hours lab per week. Restriction: open to BEng majors with a minimum 16 overall credits. Prerequisite(s): IENG 3P11 , IENG 3P12 .
- Prerequisite(s): IENG 3P11 , IENG 3P12 .
- Restriction: open to BEng majors with a minimum 16 overall credits.
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