Concurrent Estimation of Finger Flexion and Extension Forces Using Motoneuron Discharge Information

Keyphrases

• Motoneuron 100%
• Driving Method 100%
• Flexion Force 100%
• Discharge Information 100%
• Finger Flexion 100%
• Neural Interface 100%
• Neural Drive 100%
• Finger Extension 100%
• Robotic Hand 100%
• Linear Regression Model 50%
• Finger Force 50%
• High Correlation 50%
• Flexion 50%
• Estimation Error 50%
• Surface Electromyography (sEMG) 50%
• Error Correlation 50%
• Finger Movement 50%
• Intuitive Control 50%
• Electromyogram 50%
• Advanced Robotics 50%
• Dexterous Finger 50%
• Neural Decoding 50%
• Bivariate Linear Regression 50%
• Motor Unit Firing 50%
• Motor Unit Firing Rate 50%

Engineering

• Machine Interface 100%
• End Effector 100%
• Conventional Method 50%
• Estimation Error 50%
• Neural Model 50%