Cited By
View all- Brandwajn AJoly R(1980)A scheme for a fault-tolerant virtual memoryInformation Processing Letters10.1016/S0020-0190(80)90083-610:2(99-103)Online publication date: Mar-1980
Overview of the ARCADE system
Pages 42 - 49
Abstract
ARCADE is a research project in computer architecture. We first discuss its motivations and goals, wich are primarily the design of a dynamically adaptive system, and the use of performance evaluation methods as a design tool. The resulting system is intended to serve as a support for education in computer architecture and operating systems. Then, we present the overall structure of the system, and finally, we consider in more detail hardware tools that will be provided for the dynamic adaptation to varying load conditions.
References
[1]
BRANDWAJN A., KRUCHTEN P., HERNANDEZ J.A.: ARCADE - a system for research and education in computer architecture, Information Processing Letters, Vol.7, n°2, pp.78-85 (1978).
[2]
SHILS A.J.: The load leveler. IBM Research Report RC 2233, October 1968
[3]
BLEVINS P.R., RAMAMOORTHY C.V.: Aspects of a dynamically adaptive operating system. IEEE Transactions on Computers, Vol.C-25, n°7, 713-725 (1976)
[4]
BRANDWAJN A.: Experiments with model-based adaptive control of the degree of multiprogramming in a multiaccess system. International Seminar on Models and Measures for Computer Systems, Bologna, 25 Feb.-1 March 1975, pp.313-342.
[5]
BADEL M., GELENBE E., LENFANT J., LEROUDIER J., POTIER D.: Adaptive optimization of the performance of the virtual memory computer. Proceedings of the Workshop on Computer Architecture and Networks. IRIA, August 1974.
[6]
FERRARI D.: Architecture and instrumentation in a modular interactive system. Computer, Vol.6, n°11, 25-29 (1973).
[7]
BORGERSON B.R.: Spontaneous reconfiguration in a fail softly computer utility. Digest of the Data Fair Conference England, April 1973, Vol.3, pp.326-333.
[8]
DESWARTE Y.: A high safety multi-microprocessor architecture. Proceedings of the 6th International Symposium on Fault Tolerant Computing, June 21-23, 1976, pp.171-175.
[9]
LAVINGTON S.H., VISWANATHAN T.: A diagnostic and reconfiguration system for the MU5 multicomputer complex. Proceedings of the 6th International Symposium on Fault Tolerant Computing, June 21-23 1976, pp.176-181.
[10]
DENNING P.J.: Letter in ACM Forum, Comm. of the ACM, Vol.19, n°8, 476-477 (1976).
[11]
KELLEY R.A.: APLGOL, an axperimental structured programming language. IBM Journ. of Res. and Dev., Vol.17, n°l, 69-73 (1973)
[12]
FLYNN M.J., PODVIN A., SHIMIZU K.: A multiple instruction stream with shared resources. In Parallel Processor Systems, Technology and Applications. ed. by HOBBS,L.C., pp.251-286 (1970), Washington, D.C., Spartan Books.
[13]
BELADY L., KUEHNER C.J.: Dynamic space sharing in computer systems. Comm. of the ACM, Vol.12, 282-288 (1969)
[14]
DENNING P.J.: Virtual memory. Computing Surveys, 2-3, September 1970, pp.154-189
[15]
BRANDWAJN A., HERNANDEZ J.A., JOLY R., KRUCHTEN P.: Communication in the fast universe of ARCADE, a loosely-coupled adaptive multiprocessor system. Proceedings of the EUROMICRO'78, October 1978, Munich, West Germany, pp.281-290 (preprints)
[16]
CHEN R.C.H.: Bus communications systems, Ph.D. Thesis, Carnegie Mellon University, 1974.
[17]
WATSON R: Time Sharing system design principles. McGraw-Hill, 1970.
[18]
GELENBE S.E., TIBERIO P., BOEKHORST J.C.A.: Page size in demand paging systems. ACM-SIGME, First Symposium on Measurement and Evaluation, Palo Alto, February 1973.
[19]
WULF W.A., BELL C.G.: C.mmp - A Multi-mini-processor. Proceedings of the FJCC 1972, AFIPS Press, pp.765-777
[20]
ABRAMS P.S.: An APL Machine. Ph.D. Thesis. Computer Science Department, Stanford University, June 1970
[21]
ZAKS R., STEINGART D., MOORE J.: A Firmware APL Time-Sharing System. Proceedings of the SJCC 1971, AFIPS Press, Vol.38, pp.179-190
Recommendations
Arcade: early dynamic property evaluation of requirements using partitioned software architecture models
A fundamental goal of software engineering research is to develop evaluation techniques that enable analysis early in the software development process, when correcting errors is less costly. The Systems Engineering Process Activities (SEPA) Arcade tool ...
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Published In
April 1979
246 pages
ISBN:9781450373975
DOI:10.1145/800090
Copyright © 1979 ACM.
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Published: 23 April 1979
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View all- Brandwajn AJoly R(1980)A scheme for a fault-tolerant virtual memoryInformation Processing Letters10.1016/S0020-0190(80)90083-610:2(99-103)Online publication date: Mar-1980
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