Page 219 - Mechatronic Systems Modelling and Simulation with HDLs
P. 219
208 LITERATURE
[303] Olcoz, S., Entrena, L. and Berrojo, L. (1995), VHDL virtual prototyping,
IEEE Int. Workshop on Rapid System Prototyping, 6/95, 161–7.
[304] Orlandea, N. V., Chace, M. A. and Calahan, D. A. (1976), A sparsity-oriented
approachtothedynamicanalysisanddesignofmechanical systems — parts 1
and 2, ASME Journal of Engineering for Industry, 773–84.
[305] Orlandea, N. V. (1986), ADAMS Theory and Application, Seminar on
Advanced Vehicle System Dynamics, 3, 121–66.
[306] Osterberg, P. M. and Senturia, S. D. (1995), ‘MEMBUILDER’: an auto-
mated 3D solid model construction program for microelectromechanical
structures, Transducers 1995 / Eurosensors IX, 21–4.
[307] Ott, D. E. and Wilderotter, T. J. (1995), A Designer’s Guide to VHDL Syn-
thesis, Kluwer Academic Publishers.
[308] Otter, M. (1999), Objektorientierte Modellierung physikalischer Systeme,
Teil 1–7, at Automatisierungstechnik 47 1–5, A1–A28.
[309] Otter, M. and Elmquist, H. (1995), The DSblock model interface for exchang-
ing model components, Proc. EUROSIM 1995, Elsevier, 505–10.
[310] Otter, M. and Gr¨ ubel, G. (1994), Direct physical modeling and automatic
code generation for mechatronics simulation, Second Conference on Mecha-
tronics and Robotics, Moers, 463–82.
[311] Paap, K.-L. (1992), Modellierung f¨ ur Multi-Level-Simulation, me 9 (1992)
1 VI–VII.
[312] Paap, K.-L., Dehlwisch, M., Jendges, R. and Klaassen, B. (1993), Mod-
eling mixed system with SPICE3, IEEE Circuits and Devices Magazine,
Simulation and Modeling, 9/93, Vol. 9, No. 5, 7–11.
[313] Panreck, K. (1999), Systembeschreibungen zur Modellierung komplexer
Systeme, at Automatisierungstechnik, 4/99, 157–64.
[314] Papanuskas, J. (1997), IEEE VHDL 1076.1: Mixed-signal behavioral mod-
eling and verification in view of automotive applications, VHDL Int. User’s
Forum, 252–7.
[315] Paschen, U., Leineweber, M., Amelung, J. and Zimmer, G. (1997), Tactile
sensors for heavy load manipulation, Eurosensors 11, 1033–6.
[316] Patterson, A. (1996), Eins plus Eins gibt Eins, Single-Kernel- und Back-
plane-Architekturen konkurrieren bei der Mischsignal-Simulation, Elek-
tronik, 6/96, 90–4.
[317] Paulini, M., Triftsh¨ auser, G., Willutzki, P. and Langenwalter, J. (1997),
Aufbau einer Integrationsplattform f¨ ur physikalische Simulation, Tagung
Systemengineering in der KFZ-Entwicklung, VDI-Berichte 1374, 131–46.
[318] Pedersen, M. Olthuis, W. and Bergveld, P. (1995), On the electromechan-
ical behaviour of thin perforated backplanes in silicon condenser micro-
phones, Transducers 1995 / Eurosensors IX, 13–16.
[319] Pellerin, D. and Taylor, D. (1997), VHDL Made Easy!, Prentice-Hall.
[320] Pelz, G. (2001), Designing Circuits for Disk Drives, IEEE Int. Conference
on Computer Design (ICCD).