Nonlinear inverse finite element methods in electrical tomography

The book presents various nonlinear inverse
techniques for electromagnetic and electrical
imaging. Brief formulations of the general forward
and inverse porblems are given. Experimental data
from electrical impedance tomography, electrical
capacitance tomography and electromagnetic induction
tomography are used to validate the advantages of
nonlinear inversion algorithms. Nodal based and edge
based finiet element methods are used to solve the
forward problems.

Autorentext

Dr Manuchehr Soleimani obtained a PhD in inverse problems and electromagnetic tomography in August 2005 from the University of Manchester UK. Dr Soleimani is a lecturer in electromagnetic systems and a member of the Invert centre of the Dept. of EEE, University of Bath.

Klappentext

The book presents various nonlinear inverse techniques for electromagnetic and electrical imaging. Brief formulations of the general forward and inverse porblems are given. Experimental data from electrical impedance tomography, electrical capacitance tomography and electromagnetic induction tomography are used to validate the advantages of nonlinear inversion algorithms. Nodal based and edge based finiet element methods are used to solve the forward problems.