With this paper, we will report about the feasibility study of a novel device which will be capable of performing the follow-up of a brain stroke event in the post-acute stage. The underlying technology, used in the device under design, is microwave imaging, which exploits the difference in dielectric properties of tissues. Numerical full-wave simulations, with realistic 3-D phantoms of the human head, will show the potential capabilities of the microwave imaging device.
A feasibility study for cerebrovascular diseases monitoring via microwave imaging
Scapaticci R;Bellizzi G;Tedeschi E;Crocco L;
2017
Abstract
With this paper, we will report about the feasibility study of a novel device which will be capable of performing the follow-up of a brain stroke event in the post-acute stage. The underlying technology, used in the device under design, is microwave imaging, which exploits the difference in dielectric properties of tissues. Numerical full-wave simulations, with realistic 3-D phantoms of the human head, will show the potential capabilities of the microwave imaging device.File in questo prodotto:
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