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LITERATURE 213
[386] Sniegowski, J. J. (1996), Moving the world with surface micromachining,
Solid State Technology, 83–90.
[387] Spiegel, E., Kandler, M., Manoli, Y. and Mokwa, W. (1992), A CMOS
sensor and signal conversion chip for monitoring arterial blood pressure
and temperature, IEEE Int. Solid-State Circuits Conference, 126–7.
[388] Standridge, C. R., Laval, D. K. and Reust, J. (1992), Model input manage-
ment: a case study, Simulation 199–208.
[389] Stayner, R. M. (1988), Suspensions for agricultural vehicles, Proceedings of
the Institution of Mechanical Engineers, Advanced Suspensions, 133–140.
[390] Strauss, W. (1997), Ver¨ anderungen des Kunden/Lieferanten-Verh¨ altnisses
bei der Elektronikentwicklung, Systemengineering in der Fahrzeugentwick-
lung, VDI Berichte 1374, 41–50.
[391] Suescun, A., Calleja, J., Imbern´ on, J. and Tom´ as Celig¨ ueta (1999), Model-
ing of Complex Mechanical System in VHDL-AMS, IEEE/ACM Workshop
on Behavioral Modeling and Simulation (VIUF-BMAS).
[392] Sung, W. and Ha, S. (1998), Efficient and flexible cosimulation environ-
ment for DSP-applications, IEICE transactions Fundamentals,Vol. E81-A,
No. 12, 2605–11.
[393] Swaminathan, H., Spracklen, T. and Mathieu, J.-J. (1996), Aspects of model
design and development through simulation software, Simulators Interna-
tional XIII, Simulation Series,Vol. 28, No. 2, 146–51.
[394] Swart, N. R., Bart, S. F., Zaman, M. H., Mariappan, M., Gilbert, J. R. and
Murphy, D. (1998), AutoMM: automatic generation of dynamic macro-
models for MEMS devices, IEEE Int. Workshop on MEMS, 178–83.
[395] Tang, W. C.(1997),Overviewofmicroelectromechanicalsystemsanddesign
processes, IEEE/ACM Design Automation Conference, 42.1.
[396] Tavangarian, D. (1990), Modellierung digitaler Schaltkreise f¨ ur eine ana-
loge Simulation, 6. Symposium Simulationstechnik (ASIM), 550–5.
[397] Teegarten, D., Lorenz, G. and Neul, R. (1998), How to model and simulate
microgyroscope systems, IEEE Spectrum, July, 66–75.
[398] Thoma, J. U. (1990), Simulation by Bondgraphs, Springer Verlag.
[399] Thomas, D. E., Adams, J. K. and Schmit H. (1993), A model and method-
ology for hardware-software codesign, IEEE Design and Test of Computers,
September, 6–15.
[400] Tiller, M., Newman, C. and Trigui, N. (1999), Behavioral modeling of
thermodynamic and other non-electrical systems, IEEE/ACM Workshop on
Behavioral Modelung and Simulation (VIUF-BMAS).
[401] Timoshenko, S. P. and Woinowski-Krieger, S. (1959), Theory of Plates and
th
Shells, McGraw Hill, 27 printing, (1987).
[402] Todesco, A. R. W. and Meng, T. H. Y. (1996), Symphony: a simulation
backplane for parallel mixed-mode co-simulation of VLSI-systems, Proc.
Design Automation Conference, 149–54.
[403] Trah, H.-P. and Ziegenbein, B. (1996), Drucksensoren in Großserie f¨ ur
Kraftfahrzeuge, Sensor Report, 26–28.