首页> 外文期刊>International Journal of Microwave and Wireless Technologies >Attention-based deep learning networks for identification of human gait using radar micro-Doppler spectrograms
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Attention-based deep learning networks for identification of human gait using radar micro-Doppler spectrograms

机译:基于关注的深度学习网络,用于使用雷达微多普勒谱图识别人体步态

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摘要

Identification of human individuals within a group of 39 persons using micro-Doppler (mu-D) features has been investigated. Deep convolutional neural networks with two different training procedures have been used to perform classification. Visualization of the inner network layers revealed the sections of the input image most relevant when determining the class label of the target. A convolutional block attention module is added to provide a weighted feature vector in the channel and feature dimension, highlighting the relevant mu-D feature-filled areas in the image and improving classification performance.
机译:研究了使用微多普勒(MU-D)特征的一组39人中的人体鉴定人体。 具有两种不同培训程序的深度卷积神经网络已被用于执行分类。 内部网络层的可视化显示在确定目标的类标签时最相关的输入图像的部分。 添加卷积块注意模块以在信道和特征维度中提供加权特征向量,突出显示图像中的相关的MU-D功能填充区域并提高分类性能。

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