Intelligent Computer Techniques in Applied Electromagnetics - Wiak, Slawomir; Krawczyk, Andrzej; Dolezel, Ivo.; SpringerLink (Online service) (Berlin, Heidelberg : Springer Berlin Heidelberg : Imprint: Springer, 2008)
Algorithms and Intelligent Computer Methods -- Comparison of Two Multi-Agent Algorithms: ACO and PSO for the Optimization of a Brushless DC Wheel Motor -- Generalized RBF Neural Network and FEM for Material Characterization Through Inverse Analysis -- Optimization of Complex Lighting Systems in Interiors with the Use of Genetic Algorithm and Elements of Paralleling of the Computation Process -- Transformer Monitoring System Taking Advantage of Hybrid Wavelet Fourier Transform -- SALHE-EA: A New Evolutionary Algorithm for Multi-Objective Optimization of Electromagnetic Devices -- Non-Standard Nodal Boundary Elements for FEM-BEM -- On the Use of Automatic Cuts Algorithm for T0 - T - ? Formulation in Nondestructive Testing by Eddy Current -- Refinement Strategy Using 3D FEM in Eddy Current Testing -- The Use of L-Curve and U-Curve in Inverse Electromagnetic Modelling -- Optimization of the HTSC-PM Interaction in Magnetic Bearings by a Multiobjective Design -- Computer Methods and Engineering Software -- Optimization of an Electromagnetic Linear Actuator Operating in Error Actuated Control System -- LMAT_SIMEL - The Electric Field Numerical Calculator of the Package LMAT_SIMX for Very High Voltage Power Lines -- Concerning 2-D Planar Open Boundary Electromagnetic System Computation -- Quadtree Meshes Applied to the Finite Element Computation of Phase Inductances in An Induction Machine -- Android Employing 3-D Finite Element Method -- An Optimized Support Vector Machine Based Approach for Non-Destructive Bumps Characterization in Metallic Plates -- The Back Reconstruction of Signals by the NMR Techniques -- 3D Edge Element Calculations of Electrical Motor with Double Cylindrical Rotor -- Sensitivity Analysis of Electromagnetic Quantities by Means of FETD and Semi-Discrete Method -- Inverse Problems in Magnetic Induction Tomography of Low Conductivity Materials -- Adaptive Plasma Identification from Internal and External Measurements -- Analytical and Numerical Solutions of Temperature Transients in Electrochemical Machining -- Optimal Frame Coherence for Animation in Global Illumination Environment -- Parallel Computations of Multi-Phase Voltage Forced Electromagnetic Systems -- Applications of Computer Methods -- Field - Circuit Coupling with the Time Domain Finite Difference Method for low Frequency Problems -- Rotor Shape Optimisation of a Switched Reluctance Motor -- Numerical Model of Optimization Lead-Acid Accumulator Grids -- Parametric Models Based on Sensitivity Analysis for Passive Components -- Optimisation of a Drive System and Its Epicyclic Gear Set -- Torque Ripple Reduction Using Evolution Optimization Method and Varying Supply Voltage -- Combined Electromagnetic and Thermal Analysis of Permanent Magnet Disc Motor -- Computer Modelling of Energy-Saving Small Size Induction Electromechanical Converter -- Integral Parameters of the Magnetic Field in the Permanent Magnet Linear Motor -- Field Analysis of a Disc-Shaped Dielectric Motor -- Fictitious Magnetic Contours as Eddy Currents Exciter -- Non-Destructive Testing for Cracks in Special Conductive Materials.
Keywords: Applied mathematics; Engineering mathematics; Artificial intelligence; Electrical engineering; Mathematical and Computational Engineering; Artificial Intelligence; Electrical Engineering