首页|仿人机器人养生健身动作软件模块开发

仿人机器人养生健身动作软件模块开发

扫码查看
本文基于SYCU-Legendary仿人机器人软件平台,借鉴太极武术动作设计了一套以养生健身为目的的机器人仿真动作.基于Ubuntu操作系统完成了仿人机器人动作模块开发和仿真,包括动作软件模块的架构搭建以及核心代码实现并通过关节-连杆图对仿真结果进行展示.根据ZMP稳定判据对仿真动作的稳定性进行分析并优化机器人动作设计,保证机器人在运动过程中的稳定性和平衡性.能够使仿人机器人的养生健身动作和效果通过仿真得到良好展现,并对仿真中的运动数据进行分析,从而为仿人机器人实体的动作功能开发奠定良好的理论依据和提供可靠的试验基础.
Development of A Software Module for Humanoid Robot Regimen Motion
A series of humanoid robot regimen motion were designed through inspiration from Tai Chi martial arts,with the purpose of simulation on SYCU-Legendary humanoid software platform that was built on Ubuntu OS.Both development and simulation of the humanoid regimen module were completed,including the architecture construction of the software module and the implementation of core code,as well as the simulation results were displayed through joint-link diagrams.The stability of simulation pose was analyzed so as to optimize the robot motion based on ZMP stability criterion to ensure the balance of the humanoid during movement.The effects of humanoid robot regimen motion were well demonstrated through simulation with available analysis of motion data,laying a solid theoretical basis and providing a reliable experimental foundation for the development of physical action functions of humanoid robots.

humanoid robotsoftware modulezmp stability criterionregimen motion

王佳琦、吴峰华、尹竞瑶、席静、王承业

展开 >

沈阳城市学院,辽宁 沈阳 110112

仿人机器人 软件模块 ZMP稳定判据 养生健身动作

辽宁省教育厅基本科研项目面上项目基于AI技术的智能陪护机器人研究辽宁省教育科学"十四五"规划课题辽宁省仿人足球运动训练机器人重点实验室

JYTMS20231153JYTMS20231155LMJX20230882021JH13/10200021

2024

山东工业技术

山东工业技术

ISSN:
年,卷(期):2024.(3)
  • 2