... be underlined that, in most cases, FIJJs are a weak link, with a smaller SCOP magnitude in the area of topological defects than in the case of tunnelling Josephson junctions. Mathematical modelling Electronics Superconductors Superconducting RAM Most Josephson junctions have fixed geometries...

... Electronics Circuit analysis Predictive techniques Microelectronics Two-step analog-to-digital converters (ADCs) quantize a signal in a series of sequential steps, with the first-stage quantizer resolving a set number of bits N₁ and passing a gained residue signal to the second...

...Andrzej Demenko, Ivo Doležel, Kay Hameyer, Wojciech Pietrowski and Krzysztof Zawirski; Dariusz Zieliński; Piotr Lipnicki; Wojciech Jarzyna Purpose – In the dispersed generation system, power electronic converters allow for coupling between energy sources and the power grid. The requirements...

...) , and the coefficient α _m could be computed iteratively to make (Equation 15) positive definite (Gharieb and Cichocki, 2003). Communication technologies Signal processing Electronics MIMO-OFDM blind source separation Blind channel estimation Correntropy Non-Gaussian noise...

... two sliding frames. These latter are modeled by two AR processes. Then a distance measure is used to check whether or not the power spectral densities are proportional. Communication technologies Signal processing Probability Autoregressive modelling Electronics Impulse radio ultra...

... optimization procedure. Design/methodology/approach A novel non‐linear equivalent circuit that accounts for electrochemical reactions and charge generation inside catalyst layers, electronic and protonic conduction, methanol crossover through the membrane, mass transport of reactants inside diffusion...

... sets, but also simple static converter applications or structures modelled by several states (Gerbaud et al., 1997). © MCB UP Limited 2001 Sizing Optimization Modelling Numerical modelling Software Electronics The paper proposes to combine symbolic models...

... are checked with Monte Carlo simulations for a one dimensional n⁺ – n – n⁺ silicon diode in the spherical parabolic band approximation. electron intravalley scattering – acoustic phonons This scattering is elastic with: (see equation 23) which...

... method of estimating solutions of non‐linear resistive networks is extended to cover networks including active elements. The method is tested on simple examples of active diode‐transistor circuits. © MCB UP Limited 2000 Electronics Estimation Mathematical methods Most of numerical...

... contributions included ‐ covering magnetic levitation or induction heating, superconducting devices and possible effects to the human body due to electric impressed fields. © MCB UP Limited 2000 Simulation Electronics Numerical control Modelling Health CHAPTER 4 ELECTROMAGNETICS AND COUPLED...

... of these in great detail and itemizes each with greater in‐depth discussion of the various technical applications and areas. Concludes that the recommendations made should be adhered to. © MCB UP Limited 2000 Simulation Motors Electronics Electrical engineering Algorithms CHAPTER 2 ELECTROMAGNETIC...

... the method works in practice. Electronics Estimation Mathematical methods Mathematics Thanks are due to the Mathematical Institute of the Polish Academy of Sciences, the Institute of Mathematics of the Pedagogical University of Kielce and the Circuit Theory Division of the Technical University...

... to ( , ) since the elements of N are curl‐free. Hence we have: © MCB UP Limited 1996 Electronics Mathematics Methods The problem of finding the resonant modes of a cavity or the propagating modes of a waveguide is one of the most addressed problems in the microwave world. Since...

... by matching the inner and the outer fields on the spherical interface. Electronics Mathematics Methods The use of finite elements for solving electromagnetic radiation in open boundary problems requires a truncation of the infinite space with an artificial boundary surrounding the meshed region...

... Electronics Microelectronics industry where f(τ) is an unknown auxiliary function, continuous, together with its first derivative, in the closed interval [, 1 ]. If we substitute representation (6) of F(u) into the second equation of the system (5), this equation is automatically...

... with continuous derivatives. In the domain z ≥ t ≥ 0 the initial‐boundary value problem where the functions f, g, h satisfy the conditions where the solution[ 1 ] in terms of the variables u, v © MCB UP Limited 1996 Electronics...

...M. Walmsley; R.A. Abram Combines the techniques of fast Fourier transforms, Buneman cyclic reduction and the capacity matrix in a finite difference Poisson solver specifically designed for modelling realistic electronic device structures. A solution may be determined on a number of connected...