Process management and resource sharing in the multiaccess system "ESOPE"

Authors:
C. Bétourné;J. Boulenger;J. Ferrié;C. Kaiser;J. Kott;S. Krakowiak;J. Mossière
Affiliations:
Institut de Recherche d' Informatique et d 'Automatique, (I.R.I.A.), 78-Rocquencourt, France;Institut de Recherche d' Informatique et d 'Automatique, (I.R.I.A.), 78-Rocquencourt, France;Institut de Recherche d' Informatique et d 'Automatique, (I.R.I.A.), 78-Rocquencourt, France;Institut de Recherche d' Informatique et d 'Automatique, (I.R.I.A.), 78-Rocquencourt, France;Institut de Recherche d' Informatique et d 'Automatique, (I.R.I.A.), 78-Rocquencourt, France;Institut de Recherche d' Informatique et d 'Automatique, (I.R.I.A.), 78-Rocquencourt, France;Institut de Recherche d' Informatique et d 'Automatique, (I.R.I.A.), 78-Rocquencourt, France
Venue:
SOSP '69 Proceedings of the second symposium on Operating systems principles
Year:
1969

Citing 5
Cited 1

The structure of the “THE”-multiprogramming system

Communications of the ACM
Programming semantics for multiprogrammed computations

Communications of the ACM
RESOURCE ALLOCATION IN MULTIPROCESS COMPUTER SYSTEMS

RESOURCE ALLOCATION IN MULTIPROCESS COMPUTER SYSTEMS
TRAFFIC CONTROL IN A MULTIPLEXED COMPUTER

TRAFFIC CONTROL IN A MULTIPLEXED COMPUTER
Cooperating Sequential Processes, Technical Report EWD-123

Cooperating Sequential Processes, Technical Report EWD-123

Utilization of a small computer for real-time continuous patient monitoring

ACM '71 Proceedings of the 1971 26th annual conference

Quantified Score

Hi-index	0.00

Visualization

Abstract

This paper describes the main design principles of the multiaccess system ESOPE. Emphasis is placed on basic ideas underlying the design rather than on implementation details. The main features of the system include the ability given to any user to schedule his own parallel processes, using system primitive operations, and the allocation/scheduling policy, which dynamically takes into account recent information about user behaviour.