TY  - UNPB
AV  - public
A1  - Benedetti, Manuel
A1  - Donelli, Massimo
A1  - Martini, Anna
A1  - Massa, Andrea
A1  - Rosani, Andrea
ID  - elediasc12406
N2  - Industrial and biomedical applications of microwave imaging techniques based on inverse scattering integral relations have become more and more important. In order to reduce the computational costs, allowing a quasi real-time processing, an innovative inversion procedure based on the use of a Genetic Algorithm and on the Sherman-Morrison-Woodbury matrix inversion method is presented. Selected numerical results, concerning various scenarios and scatterer dimensions, are presented in order to give some indications on the effectiveness but also current limitations of the proposed approach.
TI  - An Innovative Microwave Imaging Technique for Non Destructive Evaluation: Applications to Civil Structures Monitoring and Biological Bodies Inspection
Y1  - 2005/05//
UR  - http://www.eledia.org/students-reports/406/
ER  -