Engineering
Kinetic
100%
Joints (Structural Components)
69%
Reaction Force
50%
Models
50%
Laboratories
50%
Research
50%
Environment
40%
Applications
40%
Capture System
40%
Performance
30%
Correlation
30%
Force Plate
30%
Fields
20%
Complexity
20%
Accuracy
20%
Inertial Measurement
20%
Angle Joint
20%
Degree of Freedom
20%
Estimation
20%
Inertial Sensor
20%
Sensor
20%
Clinical Routine
20%
Units of Measurement
20%
Limitations
20%
Power Source
10%
Daily Life
10%
Patient Specific
10%
Operation Cost
10%
External Force
10%
Human Body
10%
Tasks
10%
Demonstrates
10%
Error
10%
Scaling
10%
External Moment
10%
Events
10%
Biomechanical Model
10%
Calibration
10%
Validation
10%
Obtains
10%
Stance Phase
10%
Evaluation
10%
Network Training
10%
Progression
10%
Indeterminacy
10%
Plate System
10%
Measurement
10%
Mechanical Loading
10%
High Rate
10%
Pearsons Linear Correlation Coefficient
10%
Inverse Kinematics
10%
Biomechanics
10%
Significant Risk
10%
Biomechanical Analysis
10%
Reference Model
10%
Feedback System
10%
Sagittal Plane
10%
Development
10%
Prediction
10%
Squared Difference
10%
Minimization
10%
Chemistry
Chemical Kinetics Characteristics
100%
Force
100%
Kinematics
69%
Procedure
69%
Number
50%
Musculoskeletal
50%
Sensor
40%
Time
40%
Environment
40%
Application
40%
Correlation
30%
Marker
10%
Device
10%
Error
10%
Disorder
10%
Weight
10%
Hip
10%
Rate
10%
Particle Size
10%
Neuroscience
Gait
100%
Gait Analysis
100%
Kinematics
87%
Biofeedback
50%
Growth-Hormone-Releasing Hormone
37%
Biomechanics
12%
Movement Analysis
12%
Pharmacology, Toxicology and Pharmaceutical Science
Knee Osteoarthritis
100%
Growth Hormone Releasing Factor
100%
Fatigue
33%
Disability
33%
Musculoskeletal Disease
33%