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Cargo pallets real-time 3D positioning method based on computer vision

机译:基于计算机视觉的货物托盘实时3D定位方法

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摘要

In storage environment, aiming at the problem of goods positioning when picking, the pallet is firstly recognised based on deep learning. Then, algorithm of obtaining the pose of the pallet by the image processing and Kinect sensor is proposed in this study. The pallet is recognised and its selected box is obtained by deep learning. On this basis, the position and the angle of the pallet are obtained by the image processing method, and then RGB-D transforms the position and posture of the pallet into the three-dimensional (3D) coordinate for three-dimensional positioning. The experiment results show that the algorithm can obtain real-time pallet position with the success rate of 81.02%. Thus, the algorithm can meet the requirements of the efficiency and accuracy location requirements of the storage of goods when picking.
机译:在储存环境中,针对货物定位时拣选时的问题,首先基于深度学习认可托盘。然后,在本研究中提出了通过图像处理和Kinect传感器获得托盘姿势的算法。托盘被识别出来,它选择的盒子通过深度学习获得。在此基础上,通过图像处理方法获得托盘的位置和角度,然后RGB-D将托盘的位置和姿势转换为三维定位的三维(3D)坐标。实验结果表明,该算法可以获得实时托盘位置,成功率为81.02%。因此,该算法可以满足拣选时效率和精度定位要求的要求。

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