An approach for microwave imaging of hemorrhagic brain strokes is proposed in this paper. The developed procedure is based on the solution of the electromagnetic inverse-scattering problem by using a Newton-scheme developed in the framework of the LP Banach spaces. Preliminary numerical results, aimed at evaluating the feasibility of the developed approach for brain stroke detection, are reported.
Feasibility assessment of a Banach-space inversion procedure for biomedical applications
ESTATICO, CLAUDIO;FEDELI, ALESSANDRO;PASTORINO, MATTEO;RANDAZZO, ANDREA
2017-01-01
Abstract
An approach for microwave imaging of hemorrhagic brain strokes is proposed in this paper. The developed procedure is based on the solution of the electromagnetic inverse-scattering problem by using a Newton-scheme developed in the framework of the LP Banach spaces. Preliminary numerical results, aimed at evaluating the feasibility of the developed approach for brain stroke detection, are reported.
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