基于库卡机器人控制的Kinect图像分析

Hassine Belhadj, Saber Ben Hassen, Khaled Kaaniche, Hassen Mekki
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引用次数: 9

摘要

在本工作中,我们研究了KUKA KR-125工业机器人机械手的视觉提取和远程控制所需的工艺。为此,机器人控制器通过以太网电缆IEEE 802.3与外部系统通信。交换的数据通过TCP/IP协议传输。为此,我们执行了一个带有所有相关运动控制的客户机/服务器应用程序。其次,我们在机器人附近设置了一个Kinect来检测物体(识别形状,确定位置等),最后我们将其应用到一个实际的例子中:由于视觉处理的可靠性,我们已经对机器人进行了编程,使其能够堆叠物体。
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KUKA robot control based Kinect image analysis
In this work, we have investigated the processes required for visual extracting and the remote control of KUKA KR-125 industrial robot manipulator. For this purpose, the robot controller communicates with the external system via anEthernet cable IEEE 802.3. The exchanged data are transmitted thanks to TCP/IP Protocol. To do this, we performed a client/server application with all relevant motions control. Second, we set up a Kinect in the robotproximity for the detection of objects (recognition of form, determination of position etc...) and finally we applied it to a practical example: we have programmed the robot to be able to stack object thanks to the reliability of the visual processing.
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