Coal gangue sorting based on deep learning

Panliang Yang, Bin Zhu, Lianquan Ji, Peng Nie
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Abstract

Coal gangue sorting is an important link in the process of coal mining and processing, which can effectively reduce the difficulty and cost of coal post-processing. Aiming at the problems of complicated sorting process and low sorting efficiency of coal gangue, a coal gangue sorting method based on deep learning was proposed. The method is based on the YOLO v7 deep learning algorithm, and it achieves real-time detection of coal gangue by creating a coal gangue dataset and training the detection model. By constructing a coal gangue sorting platform, the capture of target gangue has been achieved. The experimental results show that the mAP of YOLO v7 model is 96.70%, and the detection speed is 69fps, which has significant advantages compared to YOLO v5, SSD and Faster RCNN algorithms.
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基于深度学习的煤矸石分拣
煤矸石分选是煤炭开采和加工过程中的重要环节,可有效降低煤炭后处理的难度和成本。针对煤矸石分选过程复杂、分选效率低等问题,提出了一种基于深度学习的煤矸石分选方法。该方法基于 YOLO v7 深度学习算法,通过创建煤矸石数据集和训练检测模型,实现了煤矸石的实时检测。通过构建煤矸石分拣平台,实现了对目标煤矸石的捕捉。实验结果表明,YOLO v7 模型的 mAP 为 96.70%,检测速度为 69fps,与 YOLO v5、SSD 和 Faster RCNN 算法相比具有显著优势。
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