Keyphrases
3D Mask
100%
Face Anti-spoofing
90%
Face Mask
89%
Remote Photoplethysmography (rPPG)
68%
Face Presentation Attack Detection
57%
Dynamic Texture
27%
Learned Features
20%
3D Mask Attack
20%
Mask Attack
18%
Face Video
18%
Spoofing
17%
Face Recognition
16%
Spoofing Methods
15%
Anti-spoofing
15%
Remote Photoplethysmograph
13%
Deep Domain Generalization
13%
Remote PPG
13%
Learning Commons
13%
Depthwise Separable Convolution
13%
Discriminative Learning
13%
Temporal Similarity
13%
Temporal Convolutional Network
13%
Analysis of Similarity (ANOSIM)
13%
Specific Pattern
13%
Multi-feature
13%
Tracker
13%
Sparse Representation
13%
Face Presentation Attack
12%
Spoofing Attack
12%
Real Faces
11%
Skin Region
10%
Facial Mask
10%
Unseen
9%
Heart Sound Signal
9%
Generalization Ability
9%
Feature Space
9%
Unseen Attacks
9%
Real-world Application
9%
Photoplethysmography
9%
Real-time 3D
8%
Appearance Model
8%
Cross-dataset
8%
Face Spoofing Attack
7%
Public Dataset
7%
Face Biometrics
7%
Texture-based Method
7%
Photoplethysmography Signal
7%
Face Recognition System
6%
Masking Scheme
6%
HyPer
6%
Facial Movement
5%
Learning Strategies
5%
Liveness
5%
ROI Selection
5%
Sparsity Pattern
5%
Imposter
5%
Visual Tracking
5%
Facial Dynamics
5%
Observation Time
5%
Face Area
5%
Computer Science
Anti-Spoofing
95%
Presentation Attack Detection
61%
Face Recognition
41%
Spoofing Attack
34%
Liveness
27%
Discriminability
27%
Application Scenario
20%
Spoofing
13%
Convolutional Network
13%
Convolutional Layer
13%
Sparsity Pattern
13%
Observation Time
13%
Adaptive Channel
13%
Learned Feature
13%
Generalization Ability
13%
Optical Tracking
13%
Sparse Representation
13%
Feature Space
13%
Biometric System
12%
Experimental Result
9%
Mask Presentation
9%
Lighting Condition
9%
World Application
9%
Recognition System
7%
Correlation Model
6%
Network Estimation
6%
Learning Approach
6%
Local Descriptor
6%
Print Material
6%
Generalized Solution
6%
Deep Learning Method
6%
Texture Analysis
6%
Extracted Feature
6%
Motion Pattern
6%
Representation Learning
6%
Signal Strength
6%
Convolutional Neural Network
6%
Human Computer Interaction
5%