A Finite Element Model simulation of surface EMG signals based on muscle tissue dielectric properties and electrodes configuration.
A. TeklemariamGlen CooperEmma F. Hodson-ToleNeil D. ReevesNicholas Paul CostenPublished in: CSNDSP (2014)
Keyphrases
- finite element model
- material properties
- boundary element
- mechanical properties
- finite element
- emg signals
- finite element analysis
- experimental data
- boundary conditions
- finite element methods
- stress response
- motor control
- numerical simulations
- finite element method
- measured data
- three dimensional
- neural network
- needle insertion
- human skin
- x ray
- high density
- optimization methods
- degrees of freedom
- surgical simulation