Engineering
Joints (Structural Components)
100%
Reaction Force
45%
Two Dimensional
34%
Joint Kinematics
34%
Inertial Measurement
28%
Units of Measurement
28%
Pose Estimation
27%
Angle Joint
24%
Learning System
23%
Systems Analysis
18%
Keypoints
17%
Motion Data
17%
Repeatability
17%
Kinematic Model
14%
Wearable Sensor
12%
Deep Learning Method
12%
Convolutional Neural Network
12%
Camera View
11%
Biomechanics
11%
Inertia Tensor
11%
Bridging
11%
Root-Mean-Squared Error
11%
Joint Coordinate
11%
Arch
11%
Performance Parameter
9%
Angular Velocity ω
8%
Anatomical Landmark
8%
Inverse Kinematics
8%
Performance Measure ψ
8%
Video Camera
8%
Network Model
7%
Artificial Neural Network
7%
Mechanical Load
7%
Angular Momentum
7%
Long Short-Term Memory
6%
Neural Network Approach
6%
Dimensional Data
6%
Energy Absorption
6%
Force Plate
5%
Inertial Sensor
5%
Feasibility Study
5%
Flight Kinematics
5%
Static Stiffness
5%
Principal Axis
5%
Processing Power
5%
Technological Advance
5%
Body-Scanning
5%
Technology Change
5%
Shear Force
5%
Degree of Freedom
5%
Medicine and Dentistry
Pelvis
38%
Arm
31%
Elbow Joint
31%
Shoulder Joint
24%
Lower Limb
22%
Knee Joint
20%
Upper Limb
19%
Elbow Flexion
19%
Athletes
17%
Body Position
16%
Anterior Cruciate Ligament Injury
16%
Thigh
15%
Finger
14%
Joint Mobility
13%
Toe
12%
Standing
12%
Anterior Cruciate Ligament
11%
Flight
11%
Ascorbic Acid
11%
Chest
10%
Limb
10%
Magnetic Resonance Imaging
9%
Accelerometer
8%
Injury
8%
Biomechanist
8%
Low Back
8%
Knee Function
8%
Analysis of Variance
7%
Ankle Joint
7%
Effect Size
7%
Forefoot
6%
Student T Test
5%
Low Back Pain
5%
Musculoskeletal Function
5%
Test Retest Reliability
5%
Wearable Sensor
5%
Diagnosis
5%
Growth Hormone Releasing Factor
5%
Drive
5%
Anthropometry
5%
Valgus
5%
Electromyography
5%
Assistive Technology
5%
Health Technology
5%
Spastic Diplegia
5%
Orthopedics
5%
Adolescence
5%
Laboratory Test
5%
Physical Activity
5%
Sports Injury
5%
Nursing and Health Professions
Athletes
75%
Anterior Cruciate Ligament Injury
61%
Valgus Knee
27%
Motion Analysis System
20%
Injury Prevention
19%
Injury
17%
Female Athletes
17%
Analysis of Variance
16%
Ascorbic Acid
14%
Accelerometer
13%
Nuclear Magnetic Resonance Imaging
11%
Arm Splint
11%
Cerebral Palsy
11%
Visual Stimulation
11%
Area under the Curve
11%
Isometrics
11%
Splint
9%
Confidence Interval
8%
Deceleration
8%
Imaging Software
8%
Knee Injury
7%
Countermovement Jump
6%
Pelvic Angle
5%
Meta Analysis
5%
Practice Guideline
5%
Perceived Exertion
5%
Outcome Variable
5%
Assessment of Humans
5%
Energy Conservation
5%
Effect Size
5%
Joint Injury
5%
Correlation Coefficient
5%
Kinanthropometry
5%
Prospective Cohort Study
5%
Data Analysis Software
5%
Anthropometry
5%
Dependent Variable
5%
Test Retest Reliability
5%
Hospital
5%
Spinal Cord Injury
5%
Shoe
5%
Sports Injury
5%
Incident Report
5%