A HIGH-ACCURACY SHEEP FACE RECOGNITION MODEL BASED ON IMPROVED RESNET50
一种基于改进RESNET50的高精度羊脸识别模型
DOI : https://doi.org/10.35633/inmateh-74-03
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Abstract
Accurate identification of sheep is of significant importance for modern, intensive sheep farming. Traditionally, herders have used conventional methods to identify individual sheep, which are time-consuming, labor-intensive, and prone to considerable errors. In recent years, researchers have developed sheep face recognition models based on deep learning techniques to identify sheep using facial images. However, existing models suffer from insufficient theoretical research and limited recognition accuracy. To address these issues, this study develops a high-accuracy sheep face recognition model named ResNet-SFR. The core innovation of this model is the deepening of the feature extraction network of the original ResNet50, which enhances the model's ability to capture various facial features in sheep images, as well as improving its generalization and stability. Additionally, the Convolutional Block Attention Module (CBAM) attention mechanism is embedded into the original model to further enhance the identification of key features, significantly increasing the accuracy of sheep face recognition. Transfer learning is employed to pre-train the sheep face recognition model, further boosting the accuracy of ResNet-SFR. Experimental results show that on a self-constructed sheep face image dataset, ResNet-SFR achieves a recognition accuracy of 96.6%, demonstrating its superior performance in sheep face recognition tasks. The proposed ResNet-SFR not only offers high recognition accuracy but also exhibits strong applicability, meeting the practical needs of farm identification and showcasing promising application prospects.
Abstract in Chinese