Search Results for author:
Found 9 papers, 3 papers with code
GBG++: A Fast and Stable Granular Ball Generation Method for Classification
Second, considering the influence of the sample size within the GB on the GB's quality, based on the GBG++ method, an improved GB-based $k$-nearest neighbors algorithm (GB$k$NN++) is presented, which can reduce misclassification at the class boundary.
MetaFusion: Infrared and Visible Image Fusion via Meta-Feature Embedding From Object Detection
Conversely, detection task furnishes object semantic information to improve the infrared and visible image fusion.
Interactive Feature Embedding for Infrared and Visible Image Fusion
General deep learning-based methods for infrared and visible image fusion rely on the unsupervised mechanism for vital information retention by utilizing elaborately designed loss functions.
Deep graph learning for semi-supervised classification
Existing methods mostly combine the computational layer and the related losses into GCN for exploring the global graph(measuring graph structure from all data samples) or local graph (measuring graph structure from local data samples).
High-order structure preserving graph neural network for few-shot learning
Most existing methods try to model the similarity relationship of the samples in the intra tasks, and generalize the model to identify the new categories.
Structure fusion based on graph convolutional networks for semi-supervised classification
By solving this function, we can simultaneously obtain the fusion spectral embedding from the multi-view data and the fusion structure as adjacent matrix to input graph convolutional networks for semi-supervised classification.
Ranked #33 on
Node Classification
on Citeseer
Defocus Blur Detection via Multi-Stream Bottom-Top-Bottom Fully Convolutional Network
To address these issues, we propose a multi-stream bottom-top-bottom fully convolutional network (BTBNet), which is the first attempt to develop an end-to-end deep network for DBD.
Ranked #2 on
Defocus Estimation
on CUHK - Blur Detection Dataset
(MAE metric)
Class label autoencoder for zero-shot learning
CLA can not only build a uniform framework for adapting to multi-semantic embedding spaces, but also construct the encoder-decoder mechanism for constraining the bidirectional projection between the feature space and the class label space.
Structure propagation for zero-shot learning
It is difficult to capture the relationship among image classes due to unseen classes, so that the manifold structure of image classes often is ignored in ZSL.
