Electromagnetic source characterisation requires accurate volume conductor models
representing head geometry and the electrical conductivity field. Head tissue conductivity is …

Objective: To estimate scalp, skull, compact bone, and marrow bone electrical conductivity
values based on electrical impedance tomography (EIT) measurements, and to determine …

An Electrical Impedance Tomography (EIT) system has been developed for dynamic three-
dimensional imaging of changes in conductivity distribution in the human head, using scalp …

Objective. In low frequency dosimetry the variability in the electrical conductivity values
assigned to body model tissues represents a major source of uncertainty. The aim of this …

Abstract we estimate the scalp and skull conductivities on two healthy adults, based on
bounded (or parametric) Electri-cal Impedance Tomography (bEIT) measurements, and …

The conductivity of head tissues was noninvasively estimated using electrical impedance
tomography technique. Instead of using conventional unconstrained optimization method to …

Electrical Impedance Tomography (EIT) is an alternative way to image brain functions, in the
form of conductivity distribution image, by using the boundary voltage information while a …

In the head application of Electrical Impedance Tomography (EIT), reconstruction of voltage
measurements for a conductivity distribution image using an ordinary method, the absolute …

Abstract Electrical Impedance Tomography of the human head using scalp-mounted
electrodes may be of value for stroke diagnosis and/or monitoring. To image the relevant …

The presented thesis endeavoured to establish the impact that the variability in electrical
conductivity of human head tissues has on electrical brain imaging research, particularly …