An effective framework for deep-learning-enhanced quantitative microwave imaging and its potential for medical applications

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SUMMARY

    In these approaches, domain knowledge on wave scattering physics is incorporated into the input or in the internal architecture of the neural_network, having a beneficial effect on its performance. In this paper, the problem of retrieving the morphological and electromagnetic properties of unknown targets encoded in the OSM images is cast in terms of a segmentation task performed by a U-Net architecture. The U-Net is trained to associate the pixels of the OSM imaging results with a finite set of contrast values. Conversely, the capability of supervised machine_learning to build models to . . .

     

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