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Autonomous Task Control System for Tele-operation Construction Robot Based on Trinocular Stereo Vision Technology

机译:基于三目立体视觉技术的遥距施工机器人自主任务控制系统

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In order to enhance the autonomy of tele-operation construction robot (TOCR),a complete autonomous task control system of TOCR based on stereo vision technology is established. Firstly, the automation recognition and space location technology of the target object were studied by installing trinocular stereo camera and image processing. Secondly, the forward kinematics and reverse kinematics equations, trajectory planning and control were researched. In order to make the autonomous movement smoothly,on the one hand, the function of the trajectory must be continuous and smooth,and on the other hand, the expectation joint displacement and velocity would be obtained by the forward kinematics equation. Finally, the experiments of the autonomous task control were earned out on the TOCR test-bed,and the experiment results indicate that the autonomous task control system of TOCR based on the stereo vision technology have preliminarily been able to complete their task reliably and safely,and the task process is smooth.
机译:为了提高远程施工机器人的自主性,建立了一套完整的基于立体视觉技术的TOCR自主任务控制系统。首先,通过安装三目立体摄像机并进行图像处理,研究了目标物体的自动识别和空间定位技术。其次,研究了正向运动学和反向运动学方程,轨迹规划和控制。为了使自主运动平稳,一方面,轨迹的功能必须是连续且平滑的,另一方面,通过正向运动学方程可以获得期望的关节位移和速度。最后,在TOCR试验台上进行了自主任务控制的实验,实验结果表明,基于立体视觉技术的TOCR自主任务控制系统已初步能够可靠,安全地完成任务。而且任务过程很顺利。

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