Modeling, simulation, and optimization of integrated circuits. Proceedings of a conference, Oberwolfach, Germany, November 25--December 1, 2001 (Q1418475)

The articles of this volume will be reviewed individually. Indexed articles: \textit{Anile, A. M.; Mascali, G.; Romano, V.}, Hydrodynamical model for GaAs semiconductors based on the maximum entropy principle with application to electronic devices, 3-15 [Zbl 1043.82555] \textit{van Rienen, Ursula; Flehr, Jürgen; Schreiber, Ute; Motrescu, Victor}, Modeling and simulation of electro-quasistatic fields, 17-31 [Zbl 1065.78006] \textit{Weigel, Robert; Springer, Andreas; Maurer, Linus}, Radio frequency integrated circuit system design for UMTS terminal receivers, 33-47 [Zbl 1041.78518] \textit{Holst, Stefan; Jüngel, Ansgar; Pietra, Paola}, Finite-element discretization of semiconductor energy-transport equations, 49-64 [Zbl 1043.82038] \textit{Brachtendorf, Hans Georg; Bunse-Gerstner, Angelika; Lang, Barbara; Laur, Rainer}, An embedding approach for the simulation of electronic circuits with widely separated time scales, 67-81 [Zbl 1045.94543] \textit{Estévez Schwarz, Diana; Feldmann, Uwe}, Actual problems of circuit simulation in industry, 83-99 [Zbl 1041.94547] \textit{Houben, S. H. M. J.}, Periodic steady state computation with the Poincaré-map method, 101-119 [Zbl 1043.65095] \textit{ter Maten, E. J. W.; Fijnvandraat, J. G.; Lin, C.; Peters, J. M. F.}, Periodic AC and periodic noise in RF simulation for electronic circuit design, 121-134 [Zbl 1045.94546] \textit{März, R.}, Differential algebraic systems with properly stated leading term and MNA equations, 135-151 [Zbl 1052.34006] \textit{Pulch, Roland}, A parallel finite difference method for multirate partial differential algebraic equations, 153-166 [Zbl 1043.65103] \textit{Stehr, Guido; Graeb, Helmut; Antreich, Kurt}, Feasibility regions and their significance to the hierarchical optimization of analog and mixed-signal systems, 167-184 [Zbl 1060.94514] \textit{Bartel, Andreas; Günther, Michael; Schulz, Martin}, Modeling and discretization of a thermal-electric test circuit, 187-201 [Zbl 1138.94396] \textit{Günther, Michael}, A refined PDAE network model for a CMOS ring oscillator, 203-218 [Zbl 1059.78026] \textit{Kahlert, Martin}, Parasitics reduction for analog circuit simulation, 219-227 [Zbl 1052.78007] \textit{Tischendorf, Caren}, Modeling circuit systems coupled with distributed semiconductor equations, 229-247 [Zbl 1045.94545] \textit{Denk, Georg; Meintrup, David; Schäffler, Stefan}, Transient noise simulation: Modeling and simulation of \(1/f\)-noise, 251-267 [Zbl 1043.65009] \textit{Mathis, Wolfgang; Weiss, Laurens}, Noise analysis of nonlinear electrical circuits and devices, 269-282 [Zbl 1045.94544] \textit{Pronath, Michael; Graeb, Helmut; Antreich, Kurt}, On parametric test design for analog integrated circuits considering error in measurement and stimulus, 283-301 [Zbl 1041.94551] \textit{Römisch, Werner; Winkler, Renate}, Stochastic DAEs in circuit simulation, 303-318 [Zbl 1045.65008] \textit{Calvo, M. P.; de Frutos, J.; Novo, J.}, An efficient way to avoid the order reduction of linearly implicit Runge-Kutta methods for nonlinear IBVP's, 321-332 [Zbl 1044.65073] \textit{Grund, Friedrich}, Solution of linear systems with sparse matrices, 333-347 [Zbl 1043.65057] \textit{Aceto, Lidia; Mazzia, Francesca; Trigiante, Donato}, The performances of the code TOM on the Holt problem, 349-360 [Zbl 1043.65086]