Page 205 - Mechatronic Systems Modelling and Simulation with HDLs
P. 205

194                                                            LITERATURE


                [73]  Cohen, B. (1995), VHDL Coding Styles and Methodologies, Kluwer Aca-
                      demic Publishers.
                [74]  Comerford, R. (1994), Mecha... what?, IEEE Spectrum 31, 46–9.
                [75]  Crandall, S. H., Karnopp, D. C., Kurtz, E. F. and Pridmore-Brown, D. C.
                      (1968), Dynamics of Mechanical and Electromechanical Systems,McGraw-
                      Hill.
                [76]  Crary, S.andKota, S.(1990),Conceptualdesignofmicro-electro-mechanical
                      systems, International Conference on Micro System Technologies, 17–22.
                [77]  Damm, W., Eckrich, M., Brockmeyer, U., Wittich, G. and Holberg, H. J.
                      (1997), Einsatz formaler Methoden zur Erh¨ ohung der Sicherheit eingebet-
                      teter Systeme im Kfz, Tagung Systemengineering in der KFZ-Entwicklung,
                      VDI-Bereicht 1374, 349–66.
                [78]  Dammers, D., Binet, P., Pelz, G. and Voßk¨ amper, L. (2001), Motor mod-
                      eling based on physical effect models, IEEE International Workshop on
                      Behavioral Modeling and Simulation (BMAS).
                [79]  Dankert, H. and Dankert, J. (1995), Technische Mechanik, B.G.Teubner
                      Verlag.
                [80]  Daponte, P., Grimaldi, D. and Savastano, M. (1992), Simulation tools
                      for electrical networks: comparison among existing methodologies, Proc.
                      EUROSIM ’92, 441–449.
                [81]  Deegener, M. and Huss, S. A. (1993), A simulation technique for inter-
                      acting software — hardware descriptions of automotive systems, European
                      Simulation Symposium 5, 565–70.
                [82]  Deiss, H. and Krimmel, H. (1997), Hardware-in-the-Loop Simulation der
                      Spezifikation, Mechatronik im Maschinen- und Fahrzeugbau, VDI-Berichte
                      1315, 103–16.
                [83]  Donges, E., and Naab, K. (1996), Regelsysteme zur Fahrzeugf¨ uhrung und
                      -stabilisierung in der Automobiltechnik, at Automatisierungstechnik 44,
                      226–36.
                [84]  Donnelly, M. Siegel, C. and Witt, D. (1994), Design analysis of an
                      electronically-controlled hydraulic braking system using the saber
                      simulator, SAE technical paper 940182.
                [85]  Dorn, R., Pretschner, A. and Schulze, K.-P. (1996), Ein Beitrag zur Mod-
                      ellierung und Simulation mechatronischer Systeme, Mess- und Automa-
                      tisierungstechnik, VDI-Berichte 1282, 345–55.
                [86]  D¨ otzel, W. and Billep, D. (1995), Entwurf der Mikromechanischen Kom-
                      ponenten f¨ ur Sensor- und Aktor-Arrays, me, 24–27.
                [87]  Dudaicevs, H., Kandler, M. and Mokwa, W. (1992), Ober߬ achen-
                      mikromechanik f¨ ur die Herstellung von Silizium-Drucksensoren, VDI
                      Berichte—Sensoren: Technologie und Anwendung, 161–6.
                [88]  Dudaicevs, H., Manoli, Y., Mokwa, W., Schmidt, M. and Spiegel, E. (1995),
                      A fully integrated surface micromachined pressure sensor with low temper-
                      ature dependence, Proc. Transducers, 616–9.
   200   201   202   203   204   205   206   207   208   209   210