Computer Science
Annotation
22%
Anti-Spoofing
11%
Biometrics
11%
Classification Accuracy
18%
Classification Performance
11%
Component Analysis
12%
Computational Cost
11%
Contrastive Learning
19%
Convolutional Neural Network
61%
Deep Feature
24%
Deep Learning
75%
Deep Neural Network
17%
Discriminative Feature
11%
Equal Error Rate
10%
Experimental Result
100%
Expression Recognition
28%
Face Recognition
88%
Face Verification
14%
facial action
11%
Facial Expression
40%
facial image
13%
Feature Extraction
35%
Feature Fusion
16%
Feature Selection
18%
Fingerprint Image
10%
Fingerprint Recognition
11%
Gabor feature
43%
Generative Adversarial Networks
37%
Hyperspectral Data
13%
Image Analysis
13%
Image Classification
32%
Image Segmentation
22%
Kernel Method
11%
Learning Approach
13%
Learning Framework
17%
local feature
10%
Object Detection
11%
palmprint
15%
Principal Components
12%
Recognition Accuracy
10%
Recognition System
15%
Regularization
16%
Representation Learning
24%
Residual Neural Network
11%
Self-Supervised Learning
11%
Superior Performance
20%
Support Vector Machine
15%
Texture Feature
10%
U-Net
13%
Wavelet Transforms
17%
Keyphrases
3D Gabor
9%
Attention-based
10%
Benchmark Dataset
14%
Cell Classification
12%
Classification Accuracy
17%
Contrastive Learning
17%
Convolutional Neural Network
28%
Deep Learning
25%
Deep Learning Methods
33%
Deep Network
14%
Deep Neural Network
12%
Dehazing Network
12%
Dictionary
11%
Encoder
12%
Epithelial Phenotype
11%
Face Anti-spoofing
10%
Face Database
16%
Face Image
25%
Face Recognition
68%
Face Recognition Algorithm
10%
Face Verification
12%
Facial Expression Recognition
18%
Facial Features
11%
Feature Extraction
16%
Feature Map
10%
Feature Representation
9%
Feature Selection
11%
Feature-based
29%
Gabor
17%
Gabor Features
40%
Gabor Wavelet
31%
Generative Adversarial Networks
31%
Hyperspectral
23%
Hyperspectral Image Classification
24%
Image Classification
12%
Image-to-image Translation
9%
Implant Position
12%
Jointly Sparse
9%
Multi-task
9%
Network Applications
12%
Object Detection
12%
Popular
9%
Publicly Available
15%
State-of-the-art Techniques
28%
Superior Performance
10%
Three-dimensional (3D)
9%
Training Data
9%
Transformer
11%
U-Net
23%
Wavelet
12%
