其它(请具体注明)
Other(Please specify)
先修课程、其它学习要求
Pre-requisites or Other
Academic Requirements
MAE203B 理论力学 I-B Engineering Mechanics I – Statics and Dynamics
后续课程、其它学习规划
Courses for which this course
is a pre-requisite
ME434 行走机器人 Walking Robots
其它要求修读本课程的学系
Cross-listing Dept.
The purpose of this course is to introduce the basic analysis tools that are used in robotics and biomimetics of
human movement. The course focuses primarily on engineering methods to analyze or simulate dynamic
movement of animals and robots. Robotics and biomimetics are very broad fields, so the course does not address
many specific research issues. Rather, it examines some important tools and principles underlying legged
locomotion, which are useful to design and build legged robots, prosthetic devices, and exoskeletons. Central
topics include fundamentals of robotics, dynamic locomotion, human walking, design and control of walking
robots, exoskeletons and wearable devices.
本课程教学目标是介绍机器人与人体运动仿生学的基本分析工具。课程主要关注生物与机器人动态运动的
工程分析和系统仿真方法。由于机器人与仿生学是一个内涵非常广泛的领域,本课程并非致力于解决具体
研究问题,而是强调重要的工具和原理,从而能够指导设计和建造仿生机器人、先进假肢和助力外骨骼。
本课程的中心话题包括:机器人基础理论、仿生移动、人体行走、腿式机器人、假肢和可穿戴装置的设计
与控制等。
本课程是机器人学与仿生学高度交叉的一门课程,内容涉及机器人学、运动生物力学、仿生机械、控制
论等多学科知识,系统介绍机器人基础理论和仿生设计原理,旨在培养学生从仿生学角度综合应用已有
知识来解决复杂问题的能力,预达具体学习成果如下:
1)学生能够掌握机械操作臂和仿生机器人系统的基本原理;
2)学生能够学会仿生机器人系统的建模、分析和控制的数学工具;
3)学生能够掌握机器人运动学、动力学、轨迹规划、操作控制和移动控制的基本原理;
4)学生能够熟悉问题定义、科学研究、分工协作、论文撰写和学术演讲等过程。
This course is a highly interdisciplinary course of robotics and bionics, covering multidisciplinary knowledge of
robotics, human biomechanics, bio-inspired machine and cybernetics. The basic theory of robotics and the
principle of biomimetics design are introduced. 1) Students are expected to master the basic principles of
manipulation and locomotion; 2) Students are expected to learn the modeling, analysis and control of the
biomimetic system. The students can learn the basic principles of robot arm and bionic robot system. Math tools;
3) students are expected to master the basic principles of robot kinematics, dynamics, trajectory plan,