Estimating Biological Stiffness Without Relying on External Joint Perturbations: A Musculoskeletal Modeling Framework

Computer Science

• Models 100%
• Modeling Framework 100%
• Validation 100%
• Assistive Devices 100%
• Control 100%
• Robotics 50%
• Contributing Factor 50%
• Application 50%
• Clinical Application 50%
• Electromyography 50%
• Clinical Setting 50%
• Potential Application 50%
• Manipulator 50%
• Biomimetics 50%
• Control Mechanism 50%
• Control Strategy 50%
• Gold Standard 50%
• Reference Data 50%

Engineering

• Joints (Structural Components) 100%
• Validation 28%
• Estimation 28%
• Control Strategy 14%
• Models 14%
• Experiments 14%
• Control Systems 14%
• Hybrid 14%
• Demonstrates 14%
• Robotic Manipulator 14%
• Prosthetics 14%
• Potential Application 14%
• Environment 14%
• Angle Joint 14%
• Biomimetics 14%
• Clinical Application 14%
• Broad Range 14%
• Range of Movement 14%
• Hill-Type Muscle Model 14%
• Applications 14%
• Measurement 14%
• Reference Data 14%
• Motors 14%
• Surfaces 14%
• Flat Surface 14%
• Foundations 14%
• Limitations 14%

Medicine and Dentistry

• Joint 100%
• Muscle 42%
• Tendon 28%
• Comprehension 28%
• Assistive Technology 28%
• Muscle Rigidity 14%
• Prosthesis 14%
• Hybrid 14%
• Ankle 14%
• Joint Stiffness 14%
• Electromyography 14%
• Stereotypic Movement Disorder 14%
• Neurorehabilitation 14%
• Biomimetics 14%
• Exoskeleton 14%
• Measurement 14%
• Aptitude 14%
• Skeletal Muscle 14%
• Human 14%
• Motor Control 14%
• Muscle Isometric Contraction 14%