An Intelligent Equipment Inspection System based on Robotic Arm

Zewei Ye, Liwei Zeng, Qingzhang Wang, Zhicheng Wang, Jianhua Cui, Yanning Cao, Lingling Shen, Xiaojun Qian
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Abstract

Intelligent robots have replaced manual labor to complete a lot of complicated work, especially in equipment inspection has advantages. The purpose of this paper is to design an intelligent robotic inspection system. The system is based on ROS and adopts YOLO algorithm, RRT* algorithm, Agile_grasp function package, and MoveIt! framework to realize the basic target recognition, position recognition, robotic arm navigation planning and other functions. The human-computer interaction interface has been designed, and the simulation test in Gazebo and the real machine test in real environment have also been completed. The system still has a large space for improvement, and further research will be conducted in the future in terms of response speed and accuracy.
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基于机械臂的智能设备检测系统
智能机器人代替人工完成了很多繁杂的工作,尤其在设备检测方面具有优势。本文旨在设计一种智能机器人检测系统。该系统基于 ROS,采用 YOLO 算法、RRT* 算法、Agile_grasp 功能包、MoveIt!框架实现了基本的目标识别、位置识别、机械臂导航规划等功能。设计了人机交互界面,并完成了 Gazebo 中的仿真测试和真实环境下的实机测试。该系统仍有较大的改进空间,未来将在响应速度和精度方面开展进一步研究。
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