Keyphrases
Gait Ability
100%
Smart Robot
100%
Foot Orthoses
50%
Ambulation
50%
Mobility Ability
50%
Collaborative Research
50%
Older Adults
50%
Robotics
41%
Ankle Push-off
33%
Human Gait
33%
Robot Assistance
33%
Muscle Effort
33%
Human-robot
33%
Daily Use
25%
Motion Intent
16%
Leg Joint
16%
Physically Inactive
16%
Human Motion
16%
Walking Exercise
16%
Accelerated Decline
16%
Additional Load
16%
Audio Cues
16%
Overall Mobility
16%
Robot Control
16%
Gait Quality
16%
Independently Controllable
16%
Human Users
16%
Real Environment
16%
Physical Mobility
16%
Elderly People
16%
Health Problems
8%
Learning-based
8%
Gait
8%
Locomotion
8%
Time Information
8%
Long-term Health
8%
Vibrotactile
8%
Behavior Change
8%
Collaborative Systems
8%
Biomechanical Study
8%
Ankle Movement
8%
Control Parameters
8%
Ankle
8%
Sedentary Behavior
8%
Control Mechanism
8%
Reinforcement Learning
8%
Muscle Function
8%
Connected Health
8%
Cyber Systems
8%
Daily Life
8%
Time Feedback
8%
Exoskeleton
8%
Daily Activities
8%
Impact Review
8%
Robotic Orthosis
8%
Walking Speed
8%
Locomotion Mode
8%
Efficient Gait
8%
Long-term Physical Health Conditions
8%
Quality Optimization
8%
Review Criteria
8%
Physical Assistance
8%
Activities of Daily Living
8%
Obesity
8%
Synergistic Cooperation
8%
Information Feedback
8%
Smart Health
8%
Human Movement
8%
Human-robot System
8%
Exoskeleton System
8%
Mobility Decline
8%
Psychological Health
8%
Lighting Changes
8%
Collaborative Framework
8%
Gait Control
8%
High Blood Pressure
8%
Natural Gait
8%
Engineering
Robot
100%
Daily Life
50%
Desired Level
50%
Robot System
25%
Control Parameter
25%
Joints (Structural Components)
25%
Human Motion
25%
Robot Control
25%
Feedback Information
25%
Reinforcement Learning
25%
Control System
25%
Computer Science
Robot
100%
Elderly Individual
40%
Competitive Research
20%
Control Mechanism
20%
Control Parameter
20%
Human Motions
20%
Sedentary Lifestyle
20%
Collaborative Systems
20%
Robot Control
20%
Behavioral Change
20%
Time Information
20%
Reinforcement Learning
20%
Daily Activity
20%