Scattering type classification represents a significant step toward target classification. Both the surface of Poincaré’s sphere and Cameron’s unit disc have been used separately to represent symmetric scattering matrices and to define classifica- tion methods. In this letter, the equivalence of using the surface of Poincaré’s sphere and Cameron’s unit disc in terms of char- acterization and classification of symmetric scattering types is demonstrated mathematically.
Equivalence between Cameron’s Unit Disc and Poincaré’s Sphere for Symmetric Scattering Characterisation and Classification
MARTORELLA, MARCO;PETRONIO, CARLO;BERIZZI, FABRIZIO
2008
Abstract
Scattering type classification represents a significant step toward target classification. Both the surface of Poincaré’s sphere and Cameron’s unit disc have been used separately to represent symmetric scattering matrices and to define classifica- tion methods. In this letter, the equivalence of using the surface of Poincaré’s sphere and Cameron’s unit disc in terms of char- acterization and classification of symmetric scattering types is demonstrated mathematically.File in questo prodotto:
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