基于SSD的地下视频图像目标检测方法研究

Guangyao Yang, Beizhan Liu, Bo Huang, Zhongqiang Wang
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引用次数: 0

摘要

煤矿监控视频图像目标检测对井下作业人员的安全具有重要意义。为了解决人工监控目标任务大、效率低的问题,本文建立了地下图像目标检测的深度学习模型。首先利用大量地下监测图像对深度神经网络进行训练,然后利用不同的深度学习算法对图像中的目标进行检测。最后,对不同神经网络目标检测的mAP、精度和召回率进行了计算和评价,并通过分析检测结果,比较了不同深度学习检测算法的检测效果。分析结果表明,本研究的四种深度学习模型均取得了较好的平均准确率。基于这四种深度学习模型的目标检测效果比其他传统目标检测算法更准确、更高效,可应用于煤矿目标检测。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on Object Detection Method of Underground Video Image Based on SSD
Monitoring video image target detection in coal mine is of great significance to the safety of underground workers. In order to solve the problem of huge task and low efficiency of manual monitoring target, this paper establishes a deep learning model for target detection of underground images. Firstly, the deep neural network is trained by a large number of underground monitoring images, and then different deep learning algorithms are used to detect the target in the image. Finally, the mAP, precision and recall of different neural network target detection are calculated and evaluated, and detection effects of different deep learning detection algorithms are compared by analyzing the detection results. The analysis results show that the four deep learning models in this study have achieved good average accuracy. The target detection effect based on these four deep learning models is more accurate and efficient than other traditional target detection algorithms, which can be applied to target detection in the coal mines.
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