Frequency-dependent anisotropic modeling and analysis using mfEIT: A computer simulation study

Keyphrases

• Human Tissue 100%
• Simulation Study 100%
• Frequency Dependence 100%
• Anisotropic Analysis 100%
• Anisotropic Modeling 100%
• Electrical Properties 75%
• Anisotropic Properties 75%
• Forward Model 50%
• Current Frequency 50%
• Electrical Impedance Tomography 50%
• Multi-frequency Electrical Impedance Tomography 50%
• Clinically Significant 25%
• Physiological Function 25%
• Phantom 25%
• Tomographic Technique 25%
• Anisotropy 25%
• Applied Current 25%
• Multi-frequency 25%
• Brain White Matter 25%
• Medical Imaging Techniques 25%
• Conductive Layer 25%
• Current Flow 25%
• Anisotropic Conductivity 25%
• Electrical Characteristics 25%
• Injected Current 25%
• Permittivity 25%
• Diffeomorphism 25%
• Admittivity 25%
• Sensitivity Matrix 25%
• Linear Reconstruction 25%
• Matrix Approach 25%
• Insulating Layer 25%
• Flow Path 25%
• Conductivity Tensor 25%

Engineering

• Computer Simulation Study 100%
• Anisotropic 100%
• Electrical Impedance Tomography 44%
• Forward Model 22%
• Simulation Result 11%
• Conductive 11%
• Current Flow 11%
• Linear Reconstruction 11%
• Sensitivity Matrix 11%
• Conductivity Tensor 11%
• Multiple Frequency 11%

Material Science

• Tomography 100%
• Electrical Impedance 100%
• Anisotropy 25%
• Permittivity 25%