Scientific computing in electrical engineering. Proceedings of the SCEE 2002 Conference, Eindhoven, The Netherlands, June 23--28, 2002. (Q1883338)

The articles of this volume will be reviewed individually. Indexed articles: \textit{di Carlo, Antonio}, G. Lamé vs. J. C. Maxwell: how to reconcile them?, 1-13 [Zbl 1170.78304] \textit{Joly, Patrick}, Variational FDTD-like methods for Maxwell's equations, 14-28 [Zbl 1099.78022] \textit{Kevenaar, T. A. M.; ter Maten, E. J. W.; Janssen, H. H. J. M.; Onneweer, S. P.}, Methods and approaches for RF circuit simulation and electromagnetic modelling, 29-45 [Zbl 1112.78304] \textit{Schuhmann, Rolf; Weiland, Thomas}, Recent advances in finite integration technique for high frequency applications, 46-57 [Zbl 1068.78009] \textit{Tsukerman, Igor}, Toward generalized finite element difference methods for electro- and magnetostatics, 58-77 [Zbl 1073.78011] \textit{Ali, Giuseppe}, Electrical RLC networks and semiconductor devices, 78-85 [Zbl 1170.78381] \textit{Allaart-Bruin, Sandra; ter Maten, Jan; Verduyn Lunel, Sjoerd}, Modified extended BDF time-integration methods, applied to circuit equations, 86-93 [Zbl 1170.78382] \textit{Anile, Angelo Marcello; Mascali, Giovanni}, Non-parabolic tail electron hydrodynamical model for silicon semiconductors, 94-103 [Zbl 1173.82363] \textit{Bartel, Andreas; Günther, Michael}, Multirate co-simulation of first-order thermal models in electric circuit design, 104-111 [Zbl 1170.78385] \textit{Basermann, Achim; Cortial-Goutaudier, Fabienne; Jaekel, Uwe; Hachiya, Koutaro}, Parallel solution techniques for sparse linear systems in circuit simulation, 112-119 [Zbl 1060.65036] \textit{Bekers, Dave J.; van Eijndhoven, Stef J. L.; van de Ven, Alphons A. F.; Borsboom, Peter-Paul; Kolk, Evert W.}, Finitely large phased arrays of microstrip antennas -- analysis and design, 120-127 [Zbl 1062.78503] \textit{Bossavit, Alain}, The Sommerville mesh in Yee-like schemes, 128-136 [Zbl 1170.78319] \textit{Brandtner, Thomas; Weigel, Robert}, Hierarchical simulation of substrate coupling in BiCMOS structures using the boundary element method, 137-145 [Zbl 1099.78526] \textit{Lang, Barbara; Bunse-Gerstner, Angelika; Lemanczyk, Henning; Brachtendorf, Hans Georg; Laur, Rainer}, An embedding method for high frequency circuits, 146-153 [Zbl 1170.78387] \textit{Causin, Paola; Sacco, Riccardo}, Mixed-hybrid finite element methods for coupled problems in silicon dioxide technology, 154-161 [Zbl 1067.78011] \textit{Clemens, Markus; Wilke, Markus; Weiland, Thomas}, Rosenbrock-methods for time step adaptive transient eddy current simulations without nonlinear iterations, 162-170 [Zbl 1170.78437] \textit{de Gersem, Herbert; Weiland, Thomas}, A finite element model for Rutherford cable in superconductive magnets, 171-179 [Zbl 1120.78306] \textit{Güngör, Sinan; Altay, Saffet}, Simulation of magnetic circuits including hysteresis nonlinearity, 188-195 [Zbl 1062.78504] \textit{Hebermehl, Georg; Hübner, Friedrich-Karl; Schlundt, Rainer; Tischler, Thorsten; Zscheile, Horst; Heinrich, Wolfgang}, Eigenmode computation of microwave and laser structures including PML, 196-205 [Zbl 1120.78308] \textit{Heijmen, Tino; van Staalduinen, Jaap}, Interconnect optimization by semidefinite programming, 206-213 [Zbl 1170.78449] \textit{Henrotte, François; Hameyer, Kay}, Electromagnetic force densities in a continuous medium, 214-222 [Zbl 1170.78362] \textit{Heres, Pieter; Schilders, Wil}, Reduced order modelling of RLC-networks using an SVD-Laguerre based method, 223-230 [Zbl 1108.78019] \textit{Horváth, Róbert}, Uniform treatment of numerical time-integrations of the Maxwell equations, 231-239 [Zbl 1108.78020] \textit{Houben, S. H. M. J.}, Simulating multi-one free-running oscillators with optimal sweep following, 240-247 [Zbl 1108.78011] \textit{Ioan, Daniel; Radulescu, Marius-Cristian; Ciuprina, Gabriela}, Fast extraction of static electric parameters with accuracy control, 248-256 [Zbl 1062.78013] \textit{Kerner, Christoph; Magnus, Wim; Schoenmaker, Wim; van Hasendonck, Chris}, Optimization of inductive coupling between qbit rings, 257-264 [Zbl 1068.81525] \textit{Klocke, Meinolf}, Calculation of the self-inductance of a rectangular magnetizer coil, 265-272 [Zbl 1062.78505] \textit{Klunder, Roelof H.; Hoekstra, Jaap}, The synthesis of an EXOR function by using modulo functions implemented by SET circuit, 273-280 [Zbl 1062.78506] \textit{Kurz, Stefan; Rischmüller, Volker}, Field-circuit coupling by means of the Woodbury formula, 281-288 [Zbl 1064.78013] \textit{Lahiri, A.; Chakravorti, S.}, Simulation of complex electrode-spacer configurations used in HV systems for accurate electric field calculation, 289-296 [Zbl 1062.78514] \textit{Souza, A. O. A.; Lebensztajn, L.}, A new analysis method for subway grounding systems, 297-304 [Zbl 1065.78514] \textit{Meuris, Peter; Schoenmaker, Wim; Magnus, Wim; Maleszka, Bert}, Ab-initio calculation of substrate currents using ghost field gauging, 305-312 [Zbl 1170.78443] \textit{Micheletti, Stefano; Sacco, Riccardo; Simioni, Paolo}, Numerical simulation of resonant tunneling diodes with a quantum-drift-diffusion model, 313-320 [Zbl 1074.82030] \textit{Nähring, Tobias; Reibiger, Albrecht}, Global DC-analysis with the aid of standard network analysis programs, 321-328 [Zbl 1099.78518] \textit{Pöplau, Gisela; van Rienen, Ursula; de Loos, Marieke; van der Geer, Bas}, Fast calculation of space charge in beam line tracking by multigrid techniques, 329-336 [Zbl 1068.78003] \textit{Pulch, R.}, Numerical techniques for solving multirate partial differential algebraic equations, 337-348 [Zbl 1074.65109] \textit{Rommes, J.; Bomhof, C. W.; van der Vorst, H. A.; ter Maten, E. J. W.}, The application of preconditioned Jacobi-Davidson methods in pole-zero analysis, 349-355 [Zbl 1173.65317] \textit{Schreiber, Ute; Flehr, Jürgen; Motrescu, Victor; van Rienen, Ursula}, The electro-quasistatic model in different applications, 356-363 [Zbl 1073.78017] \textit{Valchev, Vencislav; van den Bossche, Alex; Filchev, Todor}, 2-D FEM tuned analytical approximation for fringing permeances, 359-407 [Zbl 1170.78388] \textit{Schrik, E.; van der Meijs, N. P.}, Substrate resistance modeling by combination of BEM and FEM methodologies, 364-372 [Zbl 1065.78519] \textit{Šolín, Pavel; Doležel, Ivo; Ulrych, Bohuš}, Induction heating of 3D non-ferromagnetic metal bodies by moving inductors, 373-381 [Zbl 1170.80308] \textit{Sterz, O.}, Multigrid for time-harmonic eddy currents without gauge, 382-389 [Zbl 1066.78016] \textit{Vanassche, Piet; Gielen, Georges; Sansen, Willy}, Oscillator modeling using the averaging principle, 390-398 [Zbl 1170.78389] \textit{Winkler, Renate}, Stochastic DAEs in transient noise simulation, 408-415 [Zbl 1064.78008]