In this work, the design of smart electromagnetic environments (SEEs) is addressed as an inverse source (IS) problem. The complex scattering phenomena arising within a urban scenario are opportunistically exploited by a 'smart' (i.e., scenario-aware) base-station (BTS) antenna in order to induce on the buildings/obstacles the necessary equivalent currents so that a user-defined target field distribution is achieved in a given (non line-of-sight) region. An illustrative benchmark is shown to verify the effectiveness and the potential of the proposed approach.
An Inverse Source Approach for Designing Smart Electromagnetic Enviornments
Hannan M. A.;
2021-01-01
Abstract
In this work, the design of smart electromagnetic environments (SEEs) is addressed as an inverse source (IS) problem. The complex scattering phenomena arising within a urban scenario are opportunistically exploited by a 'smart' (i.e., scenario-aware) base-station (BTS) antenna in order to induce on the buildings/obstacles the necessary equivalent currents so that a user-defined target field distribution is achieved in a given (non line-of-sight) region. An illustrative benchmark is shown to verify the effectiveness and the potential of the proposed approach.File in questo prodotto:
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