Keyphrases
Gait Disability
100%
Cerebral Palsy children
100%
Joint Torque
100%
Child Rehabilitation
100%
Knee Exoskeleton
66%
Wearable Sensor Technology
66%
Torque Assist
66%
Wearable Robot
50%
Metabolic Economy
33%
Mode Detection
33%
Gait Impairment
33%
Gait Transition
33%
Assistive
33%
Novel Actuator
33%
Task Recognition
33%
Pediatric Gait
33%
High-level Control
33%
Intention Estimation
33%
Quasi-direct Drive
33%
Gait Modes
33%
Human-machine Collaboration
33%
Activity Classification
33%
Soft Robot
33%
Physical Realization
33%
Minorities in STEM
33%
Classification Mode
33%
Task Condition
33%
Model-free Adaptive Controller
33%
Exoskeleton System
33%
User-specific
33%
Scientific Literacy
16%
Exoskeleton Control
16%
Scientific Engagement
16%
Community Setting
16%
Physical Disability
16%
Reinforcement Learning
16%
User Intention
16%
Kinematics
16%
Changing Needs
16%
Outreach Activities
16%
Personalization
16%
Integrated Education
16%
Gait Biomechanics
16%
Impact Review
16%
STEM Workforce
16%
High School Students
16%
Review Criteria
16%
Elementary School Students
16%
Progress of Science
16%
Adaptive Controller
16%
Human-machine Interaction
16%
Early Career Development
16%
Robotics
16%
Education Planning
16%
National Health
16%
Recognition System
16%
Integrated Research
16%
Women Participation
16%
Engineering
Adaptive Controller
66%
Joints (Structural Components)
50%
Wearable Robots
50%
Wearable Sensor
33%
Tasks
33%
Activity Classification
33%
Soft Robot
33%
Realization
16%
Human-Machine Interaction
16%
Biomechanics
16%
School Student
16%
Level Control
16%
Reinforcement Learning
16%