教育用四足机器人建模与运动仿真研究进展

Udomsak Keamorakot, Lapus Poolperm
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引用次数: 0

摘要

本研究旨在发展四足机器人的建模和运动仿真,并对四足机器人的三维运动模拟进行测试和总结。仿真四足机器人的开发分为5个步骤,1)结构设计,2)运动学分析,3)机器人运动仿真,4)LabVIEW测试运行仿真三维运动。5)将四足机器人作为工业机器人课程和程序开发的教学媒介。从测试结果来看,3D模拟的四足机器人能够以6个动作移动,后退行走和向前行走10米/分钟。在教学中使用四足机器人后,发现学生对四足机器人教材的总体满意度处于较好的水平。(x = 3.51, s.d. = 0.73)。该机器人适合作为机器人相关课程的教学材料,并鼓励学生学习。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of the quadruped robot modeling and movement simulation for Education
This research was aimed to developed the quadruped robot modelling and movement simulation and to test and summarize the 3D simulated quadruped robot movement. The development of the simulate quadruped robot had 5 steps, 1) structure design, 2) analyze the robot kinematics, 3) simulate the robot movement 4) LabVIEW test run to simulate the 3D movement. 5) used the quadruped robot as teaching media in industrial robotics courses and program development. From the testing result, the 3D simulated quadruped robot able to move in 6 movement, walk backward and 10 meter/minute walk forward. After used the quadruped robot in teaching, found the overall satisfaction with the teaching materials of the quadruped robot was at a good level. (X = 3.51, S.D. = 0.73). The robot suitable for use as a teaching material in courses related to robotics and encourage students to learn as well.
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