INIS
interfaces
100%
brain
97%
computers
94%
learning
81%
classification
48%
data
38%
applications
37%
neural networks
31%
accuracy
29%
limbs
27%
exoskeleton
27%
design
27%
performance
27%
motors
24%
signals
23%
architecture
22%
datasets
22%
validation
22%
erbium phosphides
20%
potentials
18%
recovery
18%
kazakhstan
18%
transformers
18%
machine learning
17%
layers
13%
augmentation
13%
reviews
13%
control
11%
algorithms
10%
robots
9%
extraction
8%
trains
7%
reduction
6%
maps
6%
range
6%
neurons
6%
inactivation
6%
box models
6%
capture
6%
levels
6%
demand
6%
size
5%
construction
5%
processing
5%
Keyphrases
Brain-computer Interface
41%
System Design
27%
Rehabilitation after Stroke
27%
Upper Limb Rehabilitation
27%
Exoskeleton System
27%
Kazakhstan
27%
Subject-independent
27%
Subject-independent Classification
13%
Clinical Validation
13%
Cortical Reorganization
13%
Motor Recovery
13%
Brain Decoding
13%
Robotics Framework
13%
Wrist Rehabilitation Robot
13%
Health Innovation
13%
Neural Interface
13%
Nur-Sultan
13%
Stroke Rehabilitation
13%
Potential Gains
13%
Faculty Development
13%
Medical Doctors
13%
Robotic Rehabilitation
13%
Deep Transfer Learning
13%
ERP Signals
13%
Grant Program
13%
Upper Limb Paralysis
13%
Successful Outcome
13%
Attention Mechanism
13%
Electroencephalogram
13%
Mechanism-based
13%
Motor Imagery
13%
Deep Learning Methods
13%
Deep Learning
13%
Electroencephalogram Classification
9%
Convolutional Neural Network Architecture
9%
Subject-independent BCI
8%
Deep Learning Model
5%
Computer Science
Computer Interface
85%
Deep Learning
54%
Convolutional Neural Network
36%
Enterprise Resource Planning
27%
Medical Doctor
27%
Robot
27%
Proposed Technology
27%
Potential Benefit
27%
Competitive Research
27%
Machine Learning
18%
Training Subject
15%
Deep Transfer Learning
13%
Generative Adversarial Networks
13%
Data Augmentation
13%
Deep Learning Model
13%
Model Complexity
13%
Decision Boundary
13%
Neural Network
13%
Model Accuracy
13%
Complexity Reduction
13%
Domain Knowledge
13%
Feature Extraction
13%
Learning Approach
13%
Long Short-Term Memory Network
9%
Neural Network Architecture
9%
Training Data
9%
Interface System
9%
Collected Data
9%
Deep Learning Technique
6%