Abstract #1863
Effect of anisotropy on the accuracy of quantitative conductivity imaging. A numerical study
Nahla M H Elsaid 1 , Adrian I Nachman 2,3 , Weijing Ma 2 , Tim P DeMonte 4 , and Michael L G Joy 1,2
1
IBBME, University of Toronto, Toronto,
Ontario, Canada,
2
Electrical
and Computer Engineering, University of Toronto,
Toronto, Ontario, Canada,
3
Department
of Mathematics, University of Toronto, Toronto, Ontario,
Canada,
4
FieldMetrica
Inc., Toronto, Ontario, Canada
This is a numerical study showing the effect of
anisotropy on the accuracy of conductivity values from
two different types of conductivity imaging methods. One
is anisotropic based method versus another that is
isotropic based. The comparison is made using a
validation approach that requires a forward solver which
imports the anisotropic conductivity or the isotropic
conductivity according to the method to be validated.
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