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primary topic: An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets

An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets
type: Manuscript
type: Article
abstract: In this work, a novel approach for the design of 2D thinned phased arrays is proposed. The developed strategy is able to exploit the efficiency of analytical almost difference sets (ADSs) and the effectiveness of evolutionary optimization in exploring the search space of all possible solutions. Towards this end, a binary optimization technique inspired by the genetic algorithm (GA) is properly customized by adapting its basic operators in order to exploit the a-priori information provided by the ADS sequences. Some numerical results are shown in order to assess the proposed ADSGA technique for thinning planar arrays, as well as to directly compare it to state-of-the-art solutions.
date: 2018
status: published
author list: authors
type: EPrint
type: MonographEPrint
is part of: repository
has document: An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets (Text)
has document: An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets (Other)
subject: A WC Next Generation Wireless Communications
subject: M AT Analytic Techniques
subject: M EA Evolutionary Algorithms

An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets (Text)
type: Document
has file: An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets.pdf
has part: An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets.pdf

ELEDIA Research Center - University of Trento
type: Organization

G. Oliveri
type: Person
given name: G.
family name: Oliveri

M. Salucci
type: Person
given name: M.
family name: Salucci

G. Gottardi
type: Person
given name: G.
family name: Gottardi

N. Anselmi
type: Person
given name: N.
family name: Anselmi

An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets (Other)
type: Document
is version of: An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets (Text)
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has part: indexcodes.txt

An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets (Other)
type: Document
is version of: An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets (Text)
is volatile version of: An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets (Text)
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An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets (Other)
type: Document
is version of: An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets (Text)
is volatile version of: An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets (Text)
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An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets (Other)
type: Document
is version of: An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets (Text)
is volatile version of: An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets (Text)
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An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets (Other)
type: Document
is version of: An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets (Text)
is volatile version of: An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets (Text)
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HTML Summary of #769 An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets
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primary topic: An Innovative Approach for the Design of Thinned 2D Arrays Based on Evolutionary Optimization and Almost Difference Sets

A WC Next Generation Wireless Communications
type: Concept

M AT Analytic Techniques
type: Concept

M EA Evolutionary Algorithms
type: Concept