课程大纲
COURSE SYLLABUS
1.
课程代码/名称
Course Code/Title
行走机器人
Walking Robot
2.
课程性质
Compulsory/Elective
专业课
Major course
3.
课程学分/学时
Course Credit/Hours
3/48
4.
授课语
Teaching Language
中、英双语
Chinese-English bilingual
5.
授课教 Instructor(s)
付成龙
机械与能源工程系
13466686964
Chenglong Fu
Department of Mechanical and Energy Engineering
13466686964
6.
是否面向本科生开放
Open to
undergraduates
or not
Yes
7.
先修要
Pre-requisites
研究生:无
ME306 Fundamentals of Robotics ME331
与控制 Robotics Modeling and Control
8.
教学目 Course Objectives
课程绍行的基分析课程主要腿式建模析和
仿真方的具括行基本结构形式动学与动足步
、全式生学仿行走肌肉、反步态。本包括
和自主研究小课题两种形式。
The purpose of this course is to introduce the basic principles and analysis methods that are used in
walking robots. The course focuses primarily on modelling and engineering methods to simulate and
legged locomotion. Central topics include basic concepts of walking robots, structure and kinematics of
walking robots, zero moment point and dynamics, gait planning, whole body movement generation,
dynamic simulation, principles of dynamic walking, muscles, reflexes and human gait characteristics. This
course will be delivered by both lecture and initiative project.
9.
教学方 Teaching Methods
行走机器人是机器人学、生物力学、控制论等学科高度交叉的一门课程,基本的教学方法如下:
1) 了解行走机器人理论前沿和发展动态
2) 掌握腿式行走的建模、仿真和控制方法;
3)综合运用所学知识分析和解决通用与特种机器人相关问题;
4)训练科学问题定义、研究方法、团队协作、论文撰写和学术演讲等过程。
This course is a highly interdisciplinary course of robotics, biomechanics and cybernetics.
1) Students are expected to know the leading theories and current development of walking robots.
2) Students are expected to master the basic principles of modeling and engineering methods to simulate
and control legged locomotion.
3) Students are expected to analyze and solve problems of general and special robotics through the
comprehensive knowledge learned.
4) Students will be trained to be familiar with the definition of the problem, scientific research process,
cooperation, academic writing and presentation.
10.
教学内 Course Contents
课程介绍、先修课程要求、课程目标、行走机器人研究历史、行走机器人的基本
概念 Introduction to the course, pre-requisites, course goals, history of walking
robotsBasic concepts of walking robots
行走机器人运动学 I 行走机器人运动学 II 、行走机器人运动学 III
Walking kinematics IWalking kinematics IIWalking kinematics III
ZMP 与动力学 I ZMP 与动力学 IIZMP 与动力学 III
ZMP and dynamics IZMP and dynamics IIZMP and dynamics III
行走稳定性与能效性 Stability and efficiency
步态规划 Gait planning
平衡控制 Balance control
动态行走 I Dynamic walking I
动态行走 II Dynamic walking II
生物肌肉与反射 Muscles and reflexes
人体步态理 I Human gait I
人体步态理 II Human gait II
项目开题 (小组报告与讨论) Project proposal (group presentation)
人体步态测量与分析 I Human gait measurement and analysis I Lab
人体步态测量与分析 II Human gait measurement and analysis II Lab
项目开题 (小组报告与讨论) Project proposal (group presentation)
人体步态测量与分析 III Human gait measurement and analysis III Lab
上下楼梯与跑步 I Climbing up/down stairs and running I Lab
上下楼梯与跑步 II Climbing up/down stairs and running II Lab
Webots 机器人建模 I 实验)Webots Modelling I Lab
Webots 机器人建模 II(实验)Webots Modelling II Lab
Webots 机器人建模 III(实验)Webots Modelling III Lab
Webots 机器人建模 IV (实验)Webots Modelling IV Lab
Webots 机器人控制 I(实验)Webots Control I Lab
Webots 机器人控制 II(实验)Webots Control II Lab
Webots 机器人控制 III(实验)Webots Control III Lab
Webots 机器人控制 IV(实验)Webots Control IV Lab
Final project presentation and discussion I2 学时)(Lab
Final project presentation and discussion II2 学时)(Lab
11.
课程考 Course Assessment
课堂表现 Class Performance 10%
课程项目 Projects 30%
期末报告 Final Presentation 60%
12.
教材及其它参考资料 Textbook and Supplementary Readings
1. 仿器人)梶 贻生 出版ISBN978-7-302-
14453-32007 年。
2. 仿
ISBN 978-7-302-22544-72010 年。
3 Feedback Control of Dynamic Bipedal Robot Locomotion, by Eric R. Westervelt, Jessy W. Grizzle,
Christine Chevallereau, Jun Ho Choi, Benjamin Morris CRC Press, ISBN-13: 978-1420053722, June 2007