Keyphrases
Human Activity Recognition
100%
Radar-based
50%
Convolutional Variational Autoencoder
41%
Doppler Radar
37%
Dynamic Time Warping
37%
Infrared Sensor
37%
E-healthcare
33%
Activity Recognition
33%
Sensor Systems
33%
Radar Imagery
25%
Encoded Features
25%
AI-based Methods
25%
Sensor Data
25%
Deep Learning Methods
25%
Long Short-term Memory
25%
Healthcare
25%
Infrared pixel
25%
Pixel Array
25%
Sparse Feature Extraction
25%
Sparse Feature
25%
Activity Detection
25%
Sign Language
25%
Handwriting Recognition
25%
Typed Words
25%
Multi-target
25%
Human Motion
25%
Object Recognition
25%
MNIST
25%
Python
25%
Young Students
25%
Machine Learning Classifiers
25%
Human Activities
20%
Human Detection
20%
Feature Extraction Methods
19%
Principal Coordinate Analysis (PCoA)
18%
Human Motion Monitoring
17%
Periodic Noise
16%
Noise Reduction Algorithm
16%
Ultra-Low Resolution
16%
Sparse Principal Component Analysis
16%
Infrared Image
16%
Logistic Regression
16%
Support Vector Machine
16%
K-nearest
16%
Random Forest
16%
Convolutional Long Short-term Memory (ConvLSTM)
12%
Millimeter Wave
12%
Continuous Detection
12%
Pixel Level
12%
Dynamic Time Warping Algorithm
12%
Computer Science
Human Activity Recognition
100%
Daily Activity
50%
Feature Extraction
40%
Dynamic Time Warping
39%
Long Short-Term Memory Network
33%
Random Decision Forest
33%
Logistic Regression
33%
Support Vector Machine
33%
Component Analysis
32%
Principal Components
32%
Activity Recognition
25%
Deep Learning Technique
25%
Emergency Event
25%
Human Motions
25%
Low Resolution Pixel
25%
Temporal Variation
25%
Dimensional Feature Space
25%
Aging Population
25%
Object Recognition
25%
Event Detection
25%
Low Resolution Image
25%
Artificial Intelligence
25%
Machine Learning
25%
Learning System
25%
Discriminant Analysis
25%
classification result
25%
Robot
16%
Autoencoder
13%
Annotation
9%
Orthogonal Transformation
8%
Network Strategy
8%
Potential Application
8%
Collected Data
8%
handwritten digit
8%
Captured Image
8%
Recognition Algorithm
8%
Neural Network
8%
Humanoid Robots
8%
Data Collection
8%
Deep Neural Network
8%
Convolutional Neural Network
7%
Discrete Cosine Transform
7%
Classification Method
6%
Health Condition
6%
Residential Area
6%
Individual Activity
6%
Engineering
Long Short-Term Memory
37%
Feature Extraction
33%
Autoencoder
32%
Doppler Radar
28%
Learning Technique
28%
Infrared Sensor
25%
Sensor Data
25%
Human Motions
25%
Artificial Intelligence
25%
Deep Learning Method
25%
Principal Components
14%
Component Analysis
14%
Isolation Method
14%
Displacement Sensor
12%
Sensor Layout
12%
Random Forest
12%
Optimum Number
12%
Multichannel
12%
Analysis Strategy
12%
Potential Application
12%
Collected Data
12%
Sensor System
12%
Data Collection
12%
Support Vector Machine
12%
Nearest Neighbor
12%
Deep Neural Network
12%
Based Feature Extraction
7%
Radar Data
7%
Convolutional Neural Network
7%
