BEVACQUA, Martina Teresa
BEVACQUA, Martina Teresa
Dipartimento di Ingegneria dell'Informazione, delle Infrastrutture e dell'Energia Sostenibile
3-D field intensity shaping via optimized multi-target time reversal
2018-01-01 Bellizzi, G. G.; Bevacqua, M. T.; Crocco, L.; Isernia, Tommaso
A 'virtual experiments' setting for inverse scattering problems
2016-01-01 Bevacqua, M; Crocco, L; Di Donato, L; Palmeri, R; Isernia, Tommaso
A (CS) 2 approach to inverse scattering
2014-01-01 Bevacqua, M; Isernia, T; Crocco, L; Di Donato, L
A Compressive Sensing Approach for 3D Breast Cancer Microwave Imaging with Magnetic Nanoparticles as Contrast Agent
2016-01-01 Bevacqua, M; Scapaticci, R
A convenient rewriting to the 2D inverse scattering problem based on the reduced scattered field
2019-01-01 Bevacqua, M; Isernia, T
A method for bottom-up cracks healing via selective and deep microwave heating
2021-01-01 Bevacqua, M. T.; Isernia, T.; Pratico, F. G.; Zumbo, S.
A method for Effective Permittivity and conductivity mapping of biological scenarios via segmented Contrast Source Inversion
2019-01-01 Bevacqua, M. T.; Bellizzi, G. G.; Crocco, L.; Isernia, Tommaso
A Method for Quantitative Imaging of Electrical Properties of Human Tissues from Only Amplitude Electromagnetic Data
2019-01-01 Bevacqua, M; Bellizzi, G; Crocco, L; Isernia, T
A modified contrast source inversion method for the synthesis of innovative dielectric devices
2018-01-01 Palmeri, R; Bevacqua, M; Morabito, Andrea Francesco; Isernia, T
A new hybrid YO-NIE model for nonlinear inverse scattering problems
2021-01-01 Bevacqua, M.; Isernia, T.
A new physics-based learning approach to solve inverse scattering problems for MRI-EPT
2022-01-01 Zumbo, S.; Mandija, S.; Meliadò, F.; Stijnman, P.; Meerbothe, T.; Van den Berg, Cat; Isernia, T.; Bevacqua, M. T.
A Novel Approach for GPR Imaging of Non-weak Targets
2015-01-01 Di Donato, L; Bevacqua, M; Sorbello, G; Crocco, L; Isernia, T
A Novel Approach for Qualitative Imaging of Buried PEC Scatterers
2017-01-01 Bevacqua, M
A Novel Method to Field Intensity Shaping into (Partially) Unknown Scenarios
2020-01-01 Bevacqua, M.; Bellizzi, G. G.
A Quantitative Approach for Millimeter-wave Breast Cancer Imaging
2021-01-01 Bevacqua, M.; Di Meo, S.; Crocco, L.; Isernia, T.; Matrone, G.; Pasian, M.
A simple auxiliary model for field amplitude shaping
2022-01-01 Zumbo, S.; Isernia, T.; Bevacqua, M. T.
A Simple Auxiliary Model for Field Amplitude Shaping in Complex Environments, and Application to MRI Shimming
2022-01-01 Zumbo, S; Isernia, T; Bevacqua, M
A Simple Procedure to Design Virtual Experiments for Microwave Inverse Scattering
2021-01-01 Bevacqua, M.; Palmeri, R.; Isernia, T.; Crocco, L.
A Smart Convenient Rewriting of the Inverse Scattering Equations for the 3D Scalar Problem
2024-01-01 Bevacqua, Martina T.; Isernia, Tommaso
A ‘virtual experiments’ framework for inverse scattering
2015-01-01 Bevacqua, M; Crocco, L; Di Donato, L; Isernia, T