Keyphrases
Ablation Study
12%
Actuated Joints
12%
Condition-dependent
12%
Control Parameter Tuning
37%
Control Parameters
12%
Control Policy
75%
Control Targets
12%
Controller
50%
Decoupling Network
12%
Deep Neural Network
12%
Deep Reinforcement Learning (deep RL)
100%
Disability
25%
Domain Randomization
12%
Dynamic Properties
25%
Exoskeleton
37%
Exoskeleton Control
12%
Exoskeleton System
12%
Force Coordination
12%
Full Autonomy
12%
Gait Symmetry
12%
Human Condition
12%
Human Interaction
12%
Human muscle
12%
Human-exoskeleton
12%
Human-exoskeleton Interaction
50%
Independent Network
12%
Interaction Force
75%
Joint Angle Estimation
12%
Joint Kinematics
12%
Kinematic States
12%
Learning-based
12%
Lower Limb Rehabilitation Exoskeleton
100%
Muscle Coordination
12%
Muscle Strength
12%
Muscle Weakness
12%
Musculoskeletal Modeling
100%
Network Reinforcement
12%
Network Structure
12%
Neural Network
12%
Neural Network Control
12%
Neuromuscular Disease
25%
Passive muscle
12%
Patient Condition
25%
Patient-specific
12%
Policy Networks
25%
Position Control
12%
Proprioception
12%
Real-time Position
12%
Reinforcement Learning
12%
Reinforcement Learning Framework
12%
Robust Controller
37%
Robust Walking
100%
Sim-to-real Transfer
12%
Simulation Training
12%
Strong Robustness
12%
Walking Aids
25%
Walking Control
100%
Walking Controller
25%
Engineering
Coefficient of Performance
16%
Control Parameter
16%
Control Target
16%
Controller Tuning
50%
Deep Neural Network
16%
Dynamic Property
33%
Interaction Force
100%
Joint Kinematics
16%
Joints (Structural Components)
50%
Patient Specific
16%
Policy Control
100%
Position Control
16%
Proprioception
16%
Randomization
50%
Reinforcement Learning
100%
Sensory State
16%
Computer Science
And-States
25%
Control Parameter
100%
Deep Neural Network
25%
Deep Reinforcement Learning
100%
Dynamic Property
50%
Human Condition
25%
Human Interaction
25%
Learning Framework
25%
Network Control
25%
Network Structures
25%
Neural Network
50%
Position Control
25%
Reinforcement Learning
25%
Medicine and Dentistry
Catheter Ablation
12%
Hemiplegia
12%
Lower Limb
100%
Muscle Strength
12%
Muscle Weakness
12%
Neuromuscular Disease
25%
Proprioception
12%
Rehabilitation Engineering
100%
Simulation Training
12%
Neuroscience
Neural Network
100%
Neuromuscular Disorder
66%
Proprioception
33%
Reinforcement Learning
100%
Chemical Engineering
Deep Neural Network
33%
Neural Network
66%
Reinforcement Learning
100%