Universidade Federal de Minas Gerais Emisso 20/08/ Logotipo UFMG DE ELETROMAGNETISMO Ofertante: FÍSICA Avaliações Cód: AV1 Tipo. Universidade Federal de Minas Gerais. Dirección de correo verificada de cpdee. Eletromagnetismo ComputacionalCompatibilidade eletromagnética. Ricardo Adriano. Universidade Federal de Minas Gerais. Verified email at cpdee. Eletromagnetismo ComputacionalCompatibilidade eletromagnética.

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The complete reference PereiraRadiation pattern control by subreflector shaping in a dual-reflector antenna Microwave and Optical Technology Letterspp.

Congresso Brasileiro de Eletromagnetismo?

Analyzing the State-of-the-ArtEvolutionary Computationvol. Antennas and Propagation Society? The finite-difference time-domain method Transactions on Magneticsissue.

Ricardo Adriano – Google Scholar Citations

Principles and Case Studies Decision Engineering FlemingGenetic Algorithm for Multiobjective Optimization: Transactions on Evolutionary Computationissue. Show simple item record.

Transaction on Geoscience and Remote Sensingpp. Transactions on Computer-Aided Designissue.

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Index of /~joao/Eletromagnetismo

Rahmat-samiiReflectors, lenses and horns: MarcMulticriteria optimization using a genetic algorithm for determining a Pareto setInternational Journal of Systems Sciencevol. SchafferMultiple objective optimization with vector evaluated genetic algorithmsFirst International Conference on Genetic Algorithmpp.

CoelloHandling preferences in evolutionary multi-objective optimization: For more information visit http: Congresso Brasileiro de Eletromagnetismopp. Thefirst is constituted of analytical conditions, with emphasis in the techniques suggested by Mur, Trefthen and Higdon; the second is composed of absorbing conditions, with emphasis in the method proposed by Berenger, the perfect matching layer PML. MichielssenGenetic algorithm optimization applied to electromagnetics: NicolasNiching genetic algorithms for optimization in electromagnetics.

BergmannThree Current Populations: MognaschiRecent experiences of multi-objective optimization in electromagnetics: The finite difference time domain FDTD method is the numerical technique used to solve the electromagnetic scattering problem and to implement the boundary conditions.

ChoiOptimal design of PML absorbing boundary condition for improving wide-angle reflection performanceElectronics Lettersvol. RinguestMulti-objective Optimization: The electromagnetic field source was represented by a hard source, located in the center of the domain. VasconcelosAn educational tool for teaching optimization in engineering.

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HaykinCommunication Systems Vanderbilt University SilverMicrowave Antenna Theory and Design ParetoCours d’Economie Politique, v. BergmannThe sensitivity analysis to predetermined parameters as a contribution to the comprehension of multiobjective optimization problemsp.

LamontMultiobjective Evolutionary Algorithms: Swiss Federal Institute of Technology Zurich ,

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