Keyphrases
Load Adaptive
100%
Compliant Robot
100%
Muscle-inspired
100%
Muscle Tissue
75%
Fluidic Artificial muscles
50%
Actuator
50%
Actuation
50%
High Mobility
25%
Assistive Robotics
25%
Actuator Efficiency
25%
Variable Speed Motion
25%
Wearable Technology
25%
Robot Platform
25%
Assistive Application
25%
Interaction Safety
25%
Wide Gamut
25%
Robotic Actuator
25%
Disability
25%
Working Fluid
25%
Human muscle
25%
Throttling Loss
25%
Battery Life
25%
Rapid Recovery
25%
Bandwidth Enhancement
25%
Actuator Performance
25%
High Force
25%
Human Physiology
25%
Rigid Motion
25%
Battery Range
25%
Fluid Intake
25%
Safety Hazards
25%
Energy Conservation
25%
Pressure Force
25%
Pressure-velocity
25%
Rate Demand
25%
Biologically Inspired Robotics
25%
Variable Compliance
25%
Interaction Compatibility
25%
Robot Energy
25%
Contribution to Society
25%
Efficient Recovery
25%
Slow Variables
25%
Walking Robot
25%
Precise Motion
25%
Controllable Stiffness
25%
Wearable Exoskeleton
25%
Soft Actuator
25%
Reduced Flow Rate
25%
Human Safety
25%
Energetic Savings
25%
Scientific Advancement
25%
Fast Response
12%
Review Criteria
12%
Artificial muscle
12%
Stiffness
12%
Energy Efficiency
12%
Career Development Programme
12%
Early Career Development
12%
National Security
12%
Biologically Inspired
12%
Human-robot Interaction
12%
National Health
12%
Young People
12%
Control Architecture
12%
Outreach Activities
12%
National Welfare
12%
Energy Performance
12%
Force Generation
12%
Impact Review
12%
Engineering
Actuation
50%
Robot
50%
Fluidics
33%
Artificial Muscle
25%
Tasks
25%
Human Safety
16%
Slow Variable
16%
Energy Efficiency
16%
Control Architecture
16%
Throttling Loss
16%
Force Generation
16%
Wearable Technology
16%
Pressure Force
16%
Battery Life
16%
Energy Performance
16%
Flow Rate
16%
Energy Engineering
16%
Engineering
16%
Fast Response
8%
Hazards
8%
Energy Conservation
8%
Energetics
8%
Response Time
8%