竞技型双臂轮式人形机器人的研究与改进

Fang Chen, Luyang Cao, Mengyuan Tian, Gang Du
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引用次数: 0

摘要

随着人工智能的兴起,人形机器人已经进入了人们的生活。它集机械、电学、材料、计算机、传感器、控制技术等多学科于一体,吸引着研究人员不断地进行研究。目前国内也有很多以人形机器人为比赛项目的国家级机器人比赛。在现有竞赛规则的基础上,对仿人机器人设计中的一些问题进行了研究。通过软件建模、实体构建和实际实验,提出了双臂自由度、机器人稳定性、环境感知和程序逻辑等方面的设计优化方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research and Improvement of Competitive Double Arm Wheeled Humanoid Robot
With the rise of artificial intelligence, humanoid robots have entered people's lives. It integrates many disciplines such as machine, electricity, materials, computers, sensors, control technology and so on, attracting researchers to study continuously. At present, there are also many national robot competitions in China that take humanoid robots as the competition items. Based on the existing competition rules, we have studied some problems in the design of humanoid robots. Through software modeling, entity building and practical experiments, we have proposed some design optimization schemes for the degree of freedom of both arms, robot stability, environment perception and program logic.
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