ACTNet: asymmetric convolutional transformer network for diabetic foot ulcers classification.Most existing image classification methods have achieved significant progress in the field of natural images.  In this paper, we propose an Asymmetric Convolutional Transformer Network (ACTNet) for the multi-class (4-class) classification task of DFU. 
ACTNet
ACTNet: asymmetric convolutional transformer network for diabetic foot ulcers classification.Most existing image classification methods have achieved significant progress in the field of natural images.  In this paper, we propose an Asymmetric Convolutional Transformer Network (ACTNet) for the multi-class (4-class) classification task of DFU. 
ACTNet