Given an array with defective elements, failure correction (FC) aims at finding a new set of weights for the working elements so that the properties of the original pattern can be recovered. Unlike several FC techniques available in the literature, which updates all the working excitations, the minimum-complexity FC (MCFC) problem is addressed in this article. By properly reformulating the FC problem, the minimum number of corrections of the whole excitations of the array is determined by means of innovative compressive processing (CP) technique in order to afford a pattern as close as possible to the original one (i.e., the array without failures). Selected examples, from a wide set of numerical test cases, are discussed to assess the effectiveness of the proposed approach and to compare its performance with other competitive state-of-The-Art techniques in terms of both pattern features and number of corrections.

Minimum-Complexity Failure Correction in Linear Arrays via Compressive Processing / Zardi, F.; Oliveri, G.; Salucci, M.; Massa, A.. - In: IEEE TRANSACTIONS ON ANTENNAS AND PROPAGATION. - ISSN 0018-926X. - STAMPA. - 69:8(2021), pp. 4504-4516. [10.1109/TAP.2020.3045511]

Minimum-Complexity Failure Correction in Linear Arrays via Compressive Processing

Zardi F.;Oliveri G.;Salucci M.;Massa A.
2021-01-01

Abstract

Given an array with defective elements, failure correction (FC) aims at finding a new set of weights for the working elements so that the properties of the original pattern can be recovered. Unlike several FC techniques available in the literature, which updates all the working excitations, the minimum-complexity FC (MCFC) problem is addressed in this article. By properly reformulating the FC problem, the minimum number of corrections of the whole excitations of the array is determined by means of innovative compressive processing (CP) technique in order to afford a pattern as close as possible to the original one (i.e., the array without failures). Selected examples, from a wide set of numerical test cases, are discussed to assess the effectiveness of the proposed approach and to compare its performance with other competitive state-of-The-Art techniques in terms of both pattern features and number of corrections.
2021
8
Zardi, F.; Oliveri, G.; Salucci, M.; Massa, A.
Minimum-Complexity Failure Correction in Linear Arrays via Compressive Processing / Zardi, F.; Oliveri, G.; Salucci, M.; Massa, A.. - In: IEEE TRANSACTIONS ON ANTENNAS AND PROPAGATION. - ISSN 0018-926X. - STAMPA. - 69:8(2021), pp. 4504-4516. [10.1109/TAP.2020.3045511]
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11572/316137
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