FaceMixup: Enhancing Facial Expression Recognition through Mixed Face Regularization
원문 초록
The proliferation of deep learning solutions and the scarcity of large annotated datasets pose significant challenges in real-world applications. Various strategies have been explored to overcome this challenge, with data augmentation (DA) approaches emerging as prominent solutions. DA approaches involve generating additional examples by transforming existing labeled data, thereby enriching the dataset and helping deep learning models achieve improved generalization without succumbing to overfitting. In real applications, where solutions based on deep learning are widely used, there is facial expression recognition (FER), which plays an essential role in human communication, improving a range of knowledge areas (e.g., medicine, security, and marketing). In this paper, we propose a simple and comprehensive face data augmentation approach based on mixed face component regularization that outperforms the classical DA approaches from the literature, including the MixAugment which is a specific approach for the target task in two well-known FER datasets existing in the literature.
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SDAFE: A Dual-filter Stable Diffusion Data Augmentation Method for Facial Expression Recognition
FerNeXt: Facial Expression Recognition Using ConvNeXt with Channel Attention
Multimodal Prompt Alignment for Facial Expression Recognition
Enhancing Ambiguous Dynamic Facial Expression Recognition with Soft Label-based Data Augmentation
DreamActor-H1: High-Fidelity Human-Product Demonstration Video Generation via Motion-designed Diffusion Transformers
EfficientFER: EfficientNetv2 Based Deep Learning Approach for Facial Expression Recognition
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