A hybrid sensory system for upper extremity stroke rehabilitation assessment

Keyphrases

• Stroke Rehabilitation 100%
• Upper Extremity 100%
• Sensory Systems 100%
• Stroke Rehabilitation Assessment 100%
• Stroke Patients 66%
• Flexion Angle 66%
• Universal Applicability 66%
• Patient Recovery 66%
• Assessment Methods 66%
• Flexion Force 66%
• Objective Evaluation 33%
• Repeatability 33%
• High Sensitivity 33%
• Data Acquisition System 33%
• Piezoelectric Sensor 33%
• Hybrid System 33%
• Hysteresis 33%
• Wrist 33%
• Human-machine Interface 33%
• Sensor Systems 33%
• Rehabilitation Outcome 33%
• Six-component 33%
• Elbow 33%
• Motor Recovery 33%
• Sensing Technology 33%
• System Feasibility 33%
• Human Joints 33%
• Intelligent Evaluation 33%
• Recovery Efforts 33%
• Hand Gesture 33%
• Triboelectric Sensor 33%
• Sustainable Rehabilitation 33%
• Metric Assessment 33%
• Recent Advancements 33%
• Promising Solution 33%
• Gait Profile 33%
• Gesture Profile 33%

Engineering

• Applicability 100%
• Joints (Structural Components) 100%
• Data Acquisition System 50%
• End-Users 50%
• Objective Evaluation 50%
• Control Study 50%
• Conventional Method 50%
• Repeatability 50%
• Piezoelectric Sensor 50%
• Healthy Subject 50%
• Motor Function 50%
• Metrics 50%
• Sensor System 50%
• Integrated System 50%
• Assessment Method 50%
• Human Machine Interface 50%

Material Science

• Piezoelectricity 100%
• Sensor System 100%