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基于深度学习的工业零件识别与抓取实时检测算法
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国家科技重大专项子课题(2019ZX04005-001-014)


Real-Time Detection Algorithm for Industrial Parts Recognition and Grabbing Based on Deep Learning
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    摘要:

    为了提高工业生产中视觉控制机械臂抓取工业零件的精度和速度,提出一种新的识别工业零件类别和最佳抓取位置的检测算法。运用YOLOv5l目标检测算法对视界中的多种工业零件进行识别,随后将其识别图片传入抓取位置检测算法进行最佳抓取位置的识别。针对抓取位置检测的问题,提出一种改进的神经网络模型,在GG-CNN网络的基础上添加四层残差网络做平层特征提取,增强特征提取的效果。实验结果表明:此算法的识别准确率在95%以上,抓取成功率在90%左右,验证了该算法在多种工业零件和最佳抓取位置识别中具有高准确性和时效性。

    Abstract:

    In order to improve the accuracy and speed of grasping industrial parts by visual control manipulator in industrial production,a new detection algorithm for identifying industrial parts categories and optimal grasping position was proposed.YOLOv5l target detection algorithm was used to identify a variety of industrial parts in the field of vision,and then the identified pictures were transferred into the grab position detection algorithm to identify the best grasping position.Aiming at the problem of grasping position detection,an improved neural network model was proposed.On the basis of GG-CNN network,a four-layer residual network was added to do flat layer feature extraction and enhance the effect of feature extraction.The results show that the recognition accuracy of this algorithm is above 95%,and the success rate of grasping is about 90%.It is verified that the algorithm has high accuracy and timeliness in the recognition of various industrial parts and the best grasping position.

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吕张成,张建业,陈哲钥,刘浩.基于深度学习的工业零件识别与抓取实时检测算法[J].机床与液压,2023,51(24):33-38.
LYU Zhangcheng, ZHNAG Jianye, CHEN Zheyao, LIU Hao. Real-Time Detection Algorithm for Industrial Parts Recognition and Grabbing Based on Deep Learning[J]. Machine Tool & Hydraulics,2023,51(24):33-38

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  • 在线发布日期: 2024-01-05
  • 出版日期: 2023-12-28