Microwave seminar. Kryzhanovsky, Baranov, Timonov

1. Alexey Kryzhanovsky, Georgy Baranov (НИО-1, ФГУП «КГНЦ» Филиал «ЦНИИ СЭТ»)

‘State of the art technologies for the design of electrical equipment’

2. Alex Timonov 
(The Steklov Institute of Mathematics, Russia; University of South Carolina, USA)

‘On coupled physics inverse problems and deep quantitative imaging’

In this talk, the new field of applied mathematics, coupled physics inverse problems, is briefly outlined. These problems concern the coupling of a high contrast imaging modality with a high space resolution modality. On the example of a coupled physics inverse conductivity problem it is shown how to implement high resolution - high contrast conductivity imaging by combining magnetic resonance imaging with electrical impedance tomography. The deep convolutional neural networks are considered as a powerful framework for post-processing in quantitative imaging. It is aimed at sharp and reliable reconstructions.