Engineering
Robot
100%
Swing Phase
55%
Joints (Structural Components)
48%
Wearable Sensor
35%
Repeated Exposure
31%
Applied Torque
31%
Angular Velocity ω
30%
Gait Cycle
29%
Radial Basis Function Network
25%
Tasks
25%
Effective Resistance
23%
Feedback Control System
15%
Mobile Phone
15%
Interface Pressure
15%
Load Resistance
15%
Continuous Time
15%
Multimode
15%
Prosthetics
15%
Term Effect
15%
Prosthetics
15%
Machine Learning Algorithm
15%
Closed Loop
15%
Human Motion
15%
Support Vector Machine
15%
Detection Algorithm
15%
Pipeline Inspection
15%
Data Series
15%
Model Parameter
15%
Quantitative Evaluation
15%
Lithium-Ion Batteries
15%
Collect Data
15%
Equivalent Circuit Model
15%
Based Detection Method
15%
Event Detection
15%
Human Walking
15%
Random Loads
15%
Collision Risk
15%
Locking Mechanism
15%
Instrument Calibration
15%
Experimental Result
15%
Health Monitoring
15%
Elderly Person
15%
Optical Sensors
15%
Gait Analysis
15%
Alternating Current
15%
Frequency Analysis
15%
Angular Acceleration
12%
Input Data
12%
Root Mean Square Error
10%
Robotic System
9%
Keyphrases
Applied Torque
31%
Fingertip Force
18%
Optical Sensing
15%
Swing Phase
15%
Elderly People
15%
Narrow Passage
15%
Intermittent Force
15%
Prosthetic Wrist
15%
Forearm muscles
15%
Gain Adjustment
15%
Collision Risk Assessment
15%
Deformation-based
15%
Shoulder Load
15%
Shoulder Straps
15%
Pressure Pain
15%
Interface Pressure
15%
Muscle Deformation
15%
Multi-mode Switching
15%
Feedback Method
15%
Gait Aid
15%
Railway Model
15%
Wire Robot
15%
Manifold Theory
15%
Local Industry
15%
Force Control
15%
Estimation Method
15%
Uncontrolled Manifold
15%
One-DOF
15%
Physical Health Care
15%
HoloLens
15%
Obstacle Negotiation
15%
Feasibility Evaluation
15%
Developed Countries
15%
Skeleton-based Action Recognition
15%
Robotic Coach
15%
Electrical muscle Stimulation
15%
Myography
15%
Static Standing
15%
Thailand
15%
Toe Trajectory
15%
Industry-based
15%
Gait Changes
15%
Mobile Phone
15%
Toe Clearance
15%
Joint Coordination
15%
Pita
15%
User Perspective
15%
Negotiation Training
15%
Low Dynamics
15%
Load Thresholds
12%
