Optimizing Power Transmission in Given Target Areas in the Presence of Protection Requirements

Optimizing Power Transmission in Given Target Areas in the Presence of Protection Requirements

We present a new approach to the synthesis of fields able to maximize the power radiated in an arbitrary portion of the visible space in the presence of protection requirements and constraints on the beam efficiency. As a by-product, beam efficiency can also be optimized if desired. The devised proc...

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Veröffentlicht in:IEEE antennas and wireless propagation letters 2015-01, Vol.14, p.44-47
Hauptverfasser: Morabito, Andrea Francesco, Lagana, Antonia Rita, Isernia, Tommaso
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Sprache:eng
Schlagworte:
Apertures
Arrays
Beam collection efficiency
beam transmission efficiency
Optimization
Planar arrays
power synthesis
Power transmission
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Lagana, Antonia Rita
Isernia, Tommaso
description We present a new approach to the synthesis of fields able to maximize the power radiated in an arbitrary portion of the visible space in the presence of protection requirements and constraints on the beam efficiency. As a by-product, beam efficiency can also be optimized if desired. The devised procedure works whether the target area has a linear, square, or circular footprint. The synthesis is stated in terms of a convex programming problem, with the related advantages in terms of both convergence speed and solutions optimality. The given theory is supported by numerical results including comparisons to state-of-the-art approaches.
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subjects Apertures
Arrays
Beam collection efficiency
beam transmission efficiency
Optimization
Planar arrays
power synthesis
Power transmission
title Optimizing Power Transmission in Given Target Areas in the Presence of Protection Requirements
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