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基于改进ResNet网络和迁移学习的服装图像风格识别研究OA

Research on Clothing image Style Recognition Based on Improved ResNet Network and Transfer Learning

中文摘要英文摘要

传统的服装图像风格识别方法主要依赖于成功提取有效特征,这些方法在处理图像时不仅会消耗大量的时间和精力,识别精度也较低.为了提高服装图像风格识别的性能,提出了一种基于改进的ResNet152网络和迁移学习的服装图像风格识别方法.首先将ResNet152网络首层结构中的7×7卷积核替换成3个3×3卷积核组合层,其次把原始残差单元中的"卷积层(Conv)+批归一化层(BN)+非线性激活函数层(Relu)"的组合方式换成"批归一化层(BN)+非线性激活函数层(Relu)+卷积层(Conv)"的组合方式.这两个改进方法有效地提升了网络性能,使其能够更好地捕捉不同尺度的服装风格特征.然后把在ImageNet数据集上训练好的ResNet152网络模型参数迁移到改进的网络中,在此基础上,将女童服装数据集输入到网络中进行训练验证以及微调网络参数.结果表明,所提出的方法风格识别准确率达到了94.2%,训练效果好,识别精度、收敛速度等均优于其他风格识别网络,可以更好的完成女童服装风格识别任务.

Traditional clothing image style recognition methods mainly rely on the successful extraction of ef-fective features,and these methods not only consume a lot of time and energy when processing images,but also have low recognition accuracy.In order to improve the performance of clothing image style recognition,this pa-per proposes a clothing image style recognition method based on the improved ResNet152 network and transfer learning.Firstly,the 7×7 convolutional kernel in the first layer structure of ResNet152 network is replaced by three 3×3 convolutional kernel combination layers,and secondly,the combination of"convolutional layer(Conv)+ batch normalization layer(BN)+ nonlinear activation function layer(Relu)"in the original residual unit is replaced by"batch normalization layer(BN)+ nonlinear activation function layer(Relu)+ convolutional layer(Conv)".These two improved methods effectively enhance the network performance and enable it to better capture clothing style features at different scales.The parameters of the ResNet152 network model trained on the ImageNet dataset are then migrated to the improved network,based on which the girl's clothing dataset is in-put to the network for training and validation as well as fine-tuning the network parameters.The results show that the proposed method in this paper has good training effect,and the recognition accuracy and convergence speed are better than other type recognition networks,which can better accomplish the task of girls'clothing style recognition.

夏明桂;田入君;姜会钰;董敏

武汉纺织大学 化学与化工学院,武汉 430200武汉纺织大学 数理科学学院,武汉 430200

轻工业

ResNet网络;迁移学习;服装图像;服装风格识别;识别准确率

resNet network;transfer learning;clothing images;clothing style recognition;recognition accuracy

《纺织工程学报》 2024 (001)

12-20 / 9

湖北省科技厅重点研发计划(助企纾困及包保联类)(2022BAD012).

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