An innovative approach for the two-dimensional (2D) far-field strength reconstruction from a reduced number of measurements without any prior knowledge on the source antenna is proposed. The developed methodology is based on the effective integration of a sequential experimental design (SED) strategy with a total variation compressive sensing (TV-CS) technique. Thanks to the SED, more samples are generated near highly non-linear regions of the field distribution, resulting in a more accurate reconstruction by means of the TV-CS. A set of numerical experiments is provided to assess the potentialities and features of the proposed method.
Total-variation compressive sensing based on hybrid sequential experimental design for field reconstruction / Li, Baozhu; Yao, Junyi; Ke, Wei; Tang, Wanchun; Salucci, Marco; Rocca, Paolo. - STAMPA. - (2019), pp. 1-2. (Intervento presentato al convegno ACES 2019 tenutosi a Nanjing, China nel 8th-11th August 2019) [10.23919/ACES48530.2019.9060585].
Total-variation compressive sensing based on hybrid sequential experimental design for field reconstruction
Salucci, Marco;Rocca, Paolo
2019-01-01
Abstract
An innovative approach for the two-dimensional (2D) far-field strength reconstruction from a reduced number of measurements without any prior knowledge on the source antenna is proposed. The developed methodology is based on the effective integration of a sequential experimental design (SED) strategy with a total variation compressive sensing (TV-CS) technique. Thanks to the SED, more samples are generated near highly non-linear regions of the field distribution, resulting in a more accurate reconstruction by means of the TV-CS. A set of numerical experiments is provided to assess the potentialities and features of the proposed method.File | Dimensione | Formato | |
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Total_Variation_Compressive_Sensing_Based_on_Hybrid_Sequential_Experimental_Design_for_Field_Reconstruction.pdf
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