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212                                                            LITERATURE


                      International Conference on Micro Electro, Opto, Mechanical Systems and
                      Components 4, 833–42.
               [371]  Schroth, A., Blochwitz, T. and Gerlach, G. (1995), Simulation of a Com-
                      plex Sensor System using Coupled Simulation Programs, Transducers 1995/
                      Eurosensors IX, 33–5.
               [372]  Schumann, A. (1990), Eine Methode der rechnergest¨ utzten experimentellen
                      Modellbildung, 6. Symposium Simulationstechnik (ASIM),72–6.
               [373]  Schumann, A. (1994), Rechnergest¨ utzte mathematische Modellbildung mit-
                      tels Computeralgebra, at Automatisierungstechnik 42 1, 23–33.
               [374]  Schwarz, P. (1996), Modellierung and Simulation komplexer, heterogener
                      Systeme, 10. Symposium Simulationstechnik (ASIM), 211–8.
               [375]  Schwarzenbach, H. U., Korvink, J. G., Roos, M., Sartoris, G. and Ander-
                      heggen, E. (1993), A micro electro mechanical CAD extension for SESES,
                      Journal of Micromechanics and Microengineering 3 (1993) 118–22
               [376]  Schweer, G., Tegel, O., Terlinden, M. and Zimmermann, P. (1997), Digital
                      Mock-Up und Virtual reality — Wege zur innovativen Produktentwicklung
                      bei VOLKSWAGEN, Tagung Systemengineering in der KFZ-Entwicklung,
                      VDI-Berichte 1374, 15–37.
               [377]  Seidel, R., Barthel, T. Albrecht, J. and M¨ uller, D. (1995), Modellierung
                      komplexer Mikrosysteme mit VHDL-A, me Mikroelektronik, Heft 5/95,
                      14–9.
               [378]  Senturia, S. D. (1995), CAD for microelectromechanical systems, Trans-
                      ducers 1995/Eurosensors IX, 5–8.
               [379]  Senturia, S. D. (1996), The future of microsensor and microactuator design,
                      Sensors and Actuators A56, 125–7.
               [380]  Senturia, S. D. (1997), Simulation and Design of Microsystems: A Ten-
                      Year Perspective, Eurosensors XI, 3–13.
               [381]  Senturia, S. D., Harris, R. M., Johnson, B. P., Kim, S., Nabors, K., Shul-
                      man, M. A. and White, J. K. (1992), A computer-aided design system for
                      microelectromechanical systems (MEMCAD), Journal of Microelectrome-
                      chanical Systems 1, 3–13.
               [382]  Sharp, R. S. (1994), The application of multibody computer codes to road
                      vehicle dynamics modeling problems, Proc. of the Institution of Mechanical
                      Engineers,Vol. 208, 55–61.
               [383]  Sibold, T. (1997), Einsatz von CASE-Tools und Hardware-in-the-Loop-
                      Simulation in der Fahrzeugsystementwicklung, Systemengineering in der
                      KFZ-Entwicklung, VDI-Berichte 1374, 251–6.
               [384]  Smith, D. S. and Howe, D. (1994), Simulation of the dynamic perfor-
                      mance of non-linear electro-mechanical systems, International Conference
                      on Computation in Electromagnetics (1994) 24–7.
               [385]  Smola, M. and Wehn, N. (1996), Einsatz von Hardwarebeschrei-
                      bungssprachen beim Entwurf komplexer Multimedia-Bausteine, Hard-
                      warebeschreibungssprachen und Modellierungsparadigmen: 2. GI/ITG/
                      GME-Workshop, (Herausgeber: M. Glesner) 72–80.
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