Zusammenfassung
Die vorliegende Arbeit hat zum Ziel, die Anwendbarkeit von analytischen Verfahren und der Simulationstechnik zur Behandlung aktueller Problemstellungen in der Praxis der Leistungsanalyse von Computersystemen zu diskutieren. An einem Beispiel wird dann das uns für viele Fälle geeignet erscheinende hybride Verfahren gezeigt und die damit mögliche Flexibilität erläutert; gleichzeitig weisen wir aber auch auf die dabei entstehenden Probleme hin.
Summary
The central interest of this work is to discuss the applicability of analytical and simulation methods to practical problems in performance prediction of computer systems. With an example we show the flexibility but also the existing problems of a hybrid technique.
Literatur
ACM Computing Surveys 1978, 10/30
Aszlatos D (1979) A hybrid simulation — Analytical model of a batch computer system, in [12] 1
Bauknecht K (1979) Simulationstechnik in Proceedings „Formale Modelle für Informationssysteme“. Informatik Fachberichte. Springer, Berlin Heidelberg New York
Beilner H, Gelenbe E (eds) (1977) Measuring modelling and evaluation of computer systems. North-Holland, Amsterdam
Bibliography of simulation and modelling (1979) EDP Performance Review, Phoenix
Chandy KM (1978) Approximate methods for analyzing queuing network models of computer systems. ACM Computing Surveys 10/3.281–318
Chandy KM, Reiser M (eds) (1977) Computer performance. Elsevier North-Holland, New York Amsterdam
Gelnbe E (1975) On approximate computer system models. JACM 22/2:261–269
Gelenbe E, Pujolle G (1976) On the behaviour of a single queue in a general queuing network. Acta Inform 7:123–136
Highland HJ (1977) Role of simulation in computer performance measurement and evaluation, in [11], 193–219
Infotech (Publ) (1977) Performance modelling and prediction. Infotech state of the Art report, Maidenhead
International Symposium on Modelling and Performance Evaluation of Computer Systems (4th) Vienna. Conference Pre-Prints, 1979
Kobayashi H (1974) Applications of the diffusion approximation to queuing networks. JACM Part 1:21/2, 316–328; Part 2:21/3, No 3, 459–469
Kobayashi H, Reiser M (1974) Accuracy of diffusion approximation for some queuing systems. IBM 18/2
Lazowska ED (1977) Characterizing service time and response time distributions in queueing network models of computer systems. Technical Report CSRG-85, University of Toronto
Lazowska ED, Addison CA (1979) Selecting parameters for servers of the phase type, in [12], 3
Mresse M (1977) MOSIM, ein Simulationskonzept basierend auf PL/I, ISR 35. Birkhäuser Verlag, Basel Stuttgart
Pircher P (1979) Comparison of approximation methods for open and closed queuing models with hyperexponential service time distributions, Diplomarbeit Universität Zürich
Sauer CS, Chandy KM (1975) Approximate analysis of central server models, IBM 19/3:301–313
Schmidt B (1977) GPSS-FORTRAN, Informatik Fachberichte No 6. Springer Berlin Heidelberg New York
Schmidt B (1978) Rechnermodelle. Die Simulation von Rechenanlagen mit GPSS-FORTRAN. Oldenburg
Sevcik KC, Levy AI, Tripathi SK, Zahorjan JL (1977) Improving approximations of aggregated queuing network subsystems Computer performance symposium, Yorktown Heights, NY. North-Holland, Amsterdam New York Oxford
Shum AX, Buzen JP (1977) A Method for Obtaining Approximate solutions to Closed Queuing Networks with General Service Times. Proceedings of the Third international Symposium on “Modelling and performance evaluation of Computer-system”, North-Holland, Amsterdam, pp 281–319
YU PS (1977) On accuracy improvement and applicability conditions of diffusion approximations with applications to modelling of computer systems. Digital Systems Lab., Stanford University, CA 94305, Technical Report 129
Zeigler BP (1976) Theory of modelling and simulation. John Wiley & Sons, New York London Sydney Toronto
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Bauknecht, K., Pircher, P. Schwerpunkte und Grenzen in der Behandlung von Modellen für Computersysteme durch Simulation und durch analytische Verfahren. OR Spektrum 2, 41–46 (1980). https://doi.org/10.1007/BF01720157
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DOI: https://doi.org/10.1007/BF01720157