Picture for Tasfia Shermin

Tasfia Shermin

An Integrated Attribute Guided Dense Attention Model for Fine-Grained Generalized Zero-Shot Learning

Add code
Feb 05, 2021
Figure 1 for An Integrated Attribute Guided Dense Attention Model for Fine-Grained Generalized Zero-Shot Learning
Figure 2 for An Integrated Attribute Guided Dense Attention Model for Fine-Grained Generalized Zero-Shot Learning
Figure 3 for An Integrated Attribute Guided Dense Attention Model for Fine-Grained Generalized Zero-Shot Learning
Figure 4 for An Integrated Attribute Guided Dense Attention Model for Fine-Grained Generalized Zero-Shot Learning
Viaarxiv icon

Bidirectional Mapping Coupled GAN for Generalized Zero-Shot Learning

Add code
Dec 30, 2020
Figure 1 for Bidirectional Mapping Coupled GAN for Generalized Zero-Shot Learning
Figure 2 for Bidirectional Mapping Coupled GAN for Generalized Zero-Shot Learning
Figure 3 for Bidirectional Mapping Coupled GAN for Generalized Zero-Shot Learning
Figure 4 for Bidirectional Mapping Coupled GAN for Generalized Zero-Shot Learning
Viaarxiv icon

Open Set Domain Adaptation with Multi-Classifier Adversarial Network

Add code
Jul 08, 2020
Figure 1 for Open Set Domain Adaptation with Multi-Classifier Adversarial Network
Figure 2 for Open Set Domain Adaptation with Multi-Classifier Adversarial Network
Figure 3 for Open Set Domain Adaptation with Multi-Classifier Adversarial Network
Figure 4 for Open Set Domain Adaptation with Multi-Classifier Adversarial Network
Viaarxiv icon

Depth Augmented Networks with Optimal Fine-tuning

Add code
Mar 25, 2019
Figure 1 for Depth Augmented Networks with Optimal Fine-tuning
Figure 2 for Depth Augmented Networks with Optimal Fine-tuning
Figure 3 for Depth Augmented Networks with Optimal Fine-tuning
Figure 4 for Depth Augmented Networks with Optimal Fine-tuning
Viaarxiv icon

An Efficient Transfer Learning Technique by Using Final Fully-Connected Layer Output Features of Deep Networks

Add code
Nov 19, 2018
Figure 1 for An Efficient Transfer Learning Technique by Using Final Fully-Connected Layer Output Features of Deep Networks
Figure 2 for An Efficient Transfer Learning Technique by Using Final Fully-Connected Layer Output Features of Deep Networks
Figure 3 for An Efficient Transfer Learning Technique by Using Final Fully-Connected Layer Output Features of Deep Networks
Figure 4 for An Efficient Transfer Learning Technique by Using Final Fully-Connected Layer Output Features of Deep Networks
Viaarxiv icon