The table prvoides the models and results of various models on CIFAR100. Learning rate =0.1 and will be divided by 10 every 70 epochs. Total 300 epochs. Using SGD optimizer, momentum=0.9, weight_decay=5e-4. Loss is CrossEntropyLoss. Batch-size=512.
This repository is a PyTorch implementation of our coordinate attention (will appear in CVPR2021).
Code for the paper MSAF: Multimodal Split Attention Fusion. This is our implementation of the MSAF module and the three MSAF-powered multimodal networks.
Figure 1. Illustration of our DCANet. We visualize intermediate feature activation using Grad-CAM. Vanilla SE-ResNet50 varies its focus dramatically at different stages. In contrast, our DCA enhanced SE-ResNet50 progressively and recursively adjusts focus, and closely pays attention to the…
By Zhongzhan Huang, Senwei Liang, Mingfu Liang and Haizhao Yang.
The main features of gbup-group/dianet are: Attention Mechanisms.
Open-source alternatives to gbup-group/dianet include: 13952522076/spanet — The table prvoides the models and results of various models on CIFAR100. Learning rate =0.1 and will be divided by 10… andrew-qibin/coordattention — This repository is a PyTorch implementation of our coordinate attention (will appear in CVPR2021). anita-hu/msaf — Code for the paper MSAF: Multimodal Split Attention Fusion. This is our implementation of the MSAF module and the… ardhendubehera/cap — A repository for the code used to create and train the model defined in 'Context-aware Attentional Pooling (CAP) for… bangguwu/ecanet — ECA-Net: Efficient Channel Attention for Deep Convolutional Neural Networks. 13952522076/dcanet — Figure 1. Illustration of our DCANet. We visualize intermediate feature activation using Grad-CAM. Vanilla SE-ResNet50…