基于CAN总线的仿人机器人关节伺服控制系统研究

STUDY ON HUMANOID JOINT SERVO CONTROL SYSTEM BASED ON CAN BUS

  • 摘要: 本文针对仿人机器人的结构和控制性能要求,结合清华大学THBIP-I型仿人机器人样机研制,研究提出了基于CAN总线的仿人机器人关节伺服分级控制体系结构.文中详细描述了系统的总体结构方案、位置控制卡的结构原理、通讯协议和控制算法,以及系统在THBIP-I仿人机器人样机上的技术实现,并在控制实验有效性验证的基础上,提出了进一步完善发展的思路.

     

    Abstract: Aimed at humanoid structure and requirements for control performance, and combined together with study of the prototype of THBIP-I of Tsinghua university, this paper presents a classification joint servo control system based on CAN bus. The author particularly describes the overall structure scheme for the system, structure of servo card, communication protocol and control algorithm, and realization of prototype's system. Finally, based on feasibility of control experiment, the improvement is put forward.

     

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