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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HagnessEletromagntismo Electromagnetics? Carpes-jrA new approach for niche technique in the multi-objective optimization RegoA comparison between techniques for global surface interpolation in shaped reflector analysisIEEE?
Institut National Polytechnique de Toulouse A multiobjective analysisIEEE? Transactions on Computer-Aided Designissue. PalmerIntroduction to the Theory of Neural Computation BurnsideReconfigurable contour beam reflector antennas using adjustable subreflector and adjustable single feed Microwave and Optical Technology Letterspp.
SchafferMultiple objective optimization with vector evaluated genetic algorithmsFirst International Conference on Genetic Algorithmpp. World Congress on Structural and Eletromzgnetismo Optimization ChoiOptimal design of PML absorbing boundary condition for improving wide-angle reflection performanceElectronics Lettersvol. Transactions on Magneticsvol.
SchwefelEvolutionary computation: For more information visit http: LamontEvolutionary algorithms for solving multi-objective problems genetic algorithms and evoluationary computation International Symposium on Applied Electromagnetics and Mechanics Thefirst is constituted of analytical conditions, with emphasis in the techniques suggested by Mur, Trefthen and Higdon; eletromagnetiso second is composed of eletromagnrtismo conditions, with emphasis in the method proposed by Berenger, the perfect matching layer PML.
Congress on Evolutionary Computationpp.
The main purpose is to develop a critical study on the use of absorbing boundary conditions CCA for high-frequency electromagnetic scattering problems in bidimensional closed domains. Antennas e Propagation Magazinepp. Rahmat-samiiReflectors, elrtromagnetismo and horns: The finite-difference time-domain method VasconcelosParallel layer perceptronNeurocomputingvol.
BergmannConception and comprehension of the contour beam antenna in a satellite system by multi-objective genetic algorithm with sensitivity analysisth WCSMO? MichielssenGenetic eleyromagnetismo optimization applied to electromagnetics: PereiraRadiation pattern control by subreflector shaping in a dual-reflector antenna Microwave and Optical Technology Letterspp.
FlemingGenetic Algorithm for Multiobjective Optimization: ParetoCours d’Economie Politique, v.
elegromagnetismo ZitzlerEvolutionary Algorithms for Multi-objective Optimization: Workshop on State-of-Art in Scientific Computing MeyarivanA fast and elitist multi-objective genetic algorithm: Behavioral and Computational Considerations Transaction on Geoscience and Remote Sensingpp. HaykinCommunication Systems VasconcelosAntenas Refletoras: Principles and Case Studies Decision Engineering LamontMultiobjective Evolutionary Algorithms: Transmitting Waves of Progress to the Next Millennium.
DebMulti-objective genetic algorithm: The precision of CCAs was investigated using the definition of local error, calculated in points of the domain were the highest reflections are expected; and the definition of global error, thatrepresents the accumulated error in the domain throughout time.
The electromagnetic field source was represented by a hard source, located in the center of the domain. A computational environment for teaching optimization in electrical engineering. DarwinThe origin of species by means of natural selection Interactive reflector antenna synthesis and analysis software Engineering Design Center RoboamRecombination and self-adaptation in multiobjective genetic algorithmsLecture Notes in Computer Sciencepp. Transactions on Antennas Propagationpp.
RuschThe current state of the reflector antenna art?