Titlebook: Electromagnetic Imaging for a Novel Generation of Medical Devices; Fundamental Issues, Francesca Vipiana,Lorenzo Crocco Book 2023 The Edit

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,Metasurface Technology for?Medical Imaging, in a growing economic cost of healthcare services. In particular, the need for medical imaging equipment worldwide is expected to grow driven by the global rise of various pathologies such as cancer, cardiovascular diseases, brain disorders and lung diseases. In this framework, medical imaging tech

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Numerical Modeling of Complex 3D Electromagnetic Scenarios for Medical Microwave Imaging,, we use the solver WIPL-D Pro. In addition to numerical simulation, the software, developed by the authors of this chapter, provides the following functionalities: (a)?efficient editors for importing and processing STL and Voxel files describing realistic human phantoms, (b)?triangular to quadrilat

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,Assessment and?Validation of?2-D and?3-D DBIM-TwIST Algorithm for?Brain Stroke Detection and?Differn inverse, ill-posed electromagnetic (EM) scattering problem, a map of the spatial distribution of the dielectric properties of the region of interest is reconstructed, allowing to locate and detect a target with unknown properties. The use of non-ionized radiation, the portability and the low cost

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,Towards a?Microwave Imaging Device for?Cerebrovascular Diseases Monitoring: from Numerical Modelingiseases via microwave technology. The designed system is a compact and low-complexity prototype with a wearable twenty-two-element antenna array able to perform continuous real-time follow-up of a brain stroke evolution. The imaging algorithm exploits a differential scheme that receives the scatteri

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,The Dielectric Properties of?Axillary Lymph Nodes,nodes in patients affected by breast cancer. The present chapter addresses the characterisation of axillary lymph node dielectric properties with different approaches, as this characterisation is challenged by the axillary lymph node heterogeneity and the clinical restrictions in measuring them. The

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