摘要
含有未驱动关节的自由漂浮空间机器人具有不可积分的速度和加速度约束，因而是一个二阶非完整系统．通过分析系统的动力学结构，本文设计了一种全新的基于速度控制的方法控制未驱动关节。
The underactuated free floating robot in space is nonlinear systems where velocity and acceleration constraints are both nonintegrable,therefore it is a second order nonholonomic system.In this paper,by investigating the system dynamics in depth,we propose a simple velocity based method to control the unactuated joints and a multi step composite strategy to implement orientation tracking tasks.The proposed algorithm is of significance in controlling space robots when some joints fail to function,or they are intentionally set to be passive for energy efficiency and safety purposes.
出处
《控制理论与应用》
EI
CAS
CSCD
北大核心
1999年第6期892-897,902,共7页
Control Theory & Applications
