Research on the Identification Method of Dangerous Goods in Security Inspection Images Based on Deep Learning

Yuan-Fang Li
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Abstract

This paper explored the application of deep learning target detection methods in the field of X-ray security screening. Faster R-CNN is a fully supervised deep learning method that uses only abnormal images containing dangerous goods as the training set, thus making it difficult to learn the features of normal images. It results in its high false detection rate when detecting normal images. In view of the above problems, combined with the characteristics of most of the X-ray security images are normal images, the author proposed a pre-classified head X-ray security image recognition method to reduce the false detection rate, while improving the performance and efficiency of dangerous goods detection, and more suitable for real X-ray security application scenarios.
基于深度学习的安检图像危险品识别方法研究
本文探讨了深度学习目标检测方法在x射线安检领域的应用。Faster R-CNN是一种完全监督的深度学习方法,它只使用含有危险品的异常图像作为训练集,很难学习到正常图像的特征。这导致其在检测正常图像时的误检率很高。针对上述问题,结合x射线安检图像大多为正常图像的特点,笔者提出了一种预分类的头部x射线安检图像识别方法,在降低误检率的同时,提高了危险品检测的性能和效率,更适合真实的x射线安检应用场景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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