... ^{differences Permanent magnets Finite elements Function approximation Uniform fields AAA algorithm The rational expansion handles corners; normally, a polynomial term P(Z) = Z(0:N)} is also included to account for the “smooth” part...

... © Emerald Group Publishing Limited 2016 Field computation Semiconductor devices Electrical field Function approximation Diodes PN junctions have been investigated for several decades, and various analytic approaches for solving Poisson’s equation for diffused regions have been...

... Boundary conditions Function approximation Computational methods In recent years, the meshless methods which originated from computational mechanics were gradually introduced and applied in computational electromagnetic (Marechal, 1998). Radial basis functions (RBF), specifically the multiquadric...

... derivative using the closed-loop system. Modelling Robotics Uncertainty estimation Adaptive fuzzy logic control Function approximation Discrete control of robot manipulators has gained a great deal of research in various forms of control algorithms. The discrete repetitive linear controls namely...

...: _A^__z, the complex magnetic vector potential, _J^__0z, the complex exciting current density in z‐direction. © Emerald Group Publishing Limited 2009 Modelling Electromagnetism Vectors Function approximation...

... (10 percent at most) of the time needed to build the matrix. © Emerald Group Publishing Limited 2005 Electric fields Integral equations Function approximation Metallic casings with apertures of various sizes and shapes are commonly used in electrical and electronic devices...