An Expression Recognition Model Combining Attention and Residual Networks

How to integrate multi-scale features and establish interdependencies between remote channels is a challenge for expression recognition networks. Based on this, the authors put forward a residual network on PSA (pyramid split attention)-ResNet, which replaces the 3 x 3 convolution in the ResNet50 residual module with PSA to draw multi-scale features and enhance the cross-channel information’s correlation availably. At the same time, to reduce the differences between similar expressions and expand the distance between different types of expressions, a joint loss function about Island Loss and SoftMax Loss has been introduced to optimize the parameters. The method proposed in this paper carried out simulation experiments with 2 datasets, Fer2013 and CK+, increasing precision rates to 74.26% and 98.35% respectively. This result further confirms that the method has yielded a great result on expression recognition compared with the cutting-edge algorithms.

Publication Details

Journal
網際網路技術學刊
Published
2025-09-27
DOI
https://doi.org/10.70003/160792642025092605012
Primary Topic
Plant Ecology and Soil Science
Type
article
Field-Weighted Citation Impact
0.00
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article

An Expression Recognition Model Combining Attention and Residual Networks

網際網路技術學刊
Plant Ecology and Soil Science
article

An Expression Recognition Model Combining Attention and Residual Networks

article en

Abstract

How to integrate multi-scale features and establish interdependencies between remote channels is a challenge for expression recognition networks. Based on this, the authors put forward a residual network on PSA (pyramid split attention)-ResNet, which replaces the 3 x 3 convolution in the ResNet50 residual module with PSA to draw multi-scale features and enhance the cross-channel information’s correlation availably. At the same time, to reduce the differences between similar expressions and expand the distance between different types of expressions, a joint loss function about Island Loss and SoftMax Loss has been introduced to optimize the parameters. The method proposed in this paper carried out simulation experiments with 2 datasets, Fer2013 and CK+, increasing precision rates to 74.26% and 98.35% respectively. This result further confirms that the method has yielded a great result on expression recognition compared with the cutting-edge algorithms.

網際網路技術學刊
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Plant Ecology and Soil Science
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