B. R. Kr and P. J. Et, Introduction to Sequencing and SchedulingDynamic ProgrammingMathematical Theory of production Planning, 1957.

B. G. Ilaa, S. E. Et, and H. , Hierarchical Production System, Planning: A Single Stage, 1981.

B. G. Et and I. , On the Design of Hierarchical Production Planning Systems, Decision Sciences, vol.8, issue.l, 1977.

B. G. Et and I. , Disaggregation and Resource Allocation using Convex Knapsack Problems, Management Science, vol.2, issue.4, 1991.

C. T. Et and W. R. , An fntroduction to Automated Process-Planning Systems, 1985.

C. E. , R. Hermes, and D. G. Paris, Computer and Job-Shop Scheduling Theory, Principes et ApplicationsLinear Programming and Extentions, 1963.

D. B. Et, G. R. Erschler, . G. Fontan, and . C. Merce, Optinal Programming of Lot-Sizes, Inventory and Labor Allocations, Consistency of Disaggregation Process, 1965.

. Eïùersheim-v-'lock-f, IJse of Multivariete Statistical Methods for Applications of Group Technologr in Design and hocees-Planning Department, Annals or Ciip, issue.I, 1983.

G. L. Et and Ï. L. , Production Planning: A Review, European Journal of Operations nesearch, pp.0-110, 1931.

S. 8. Gersh\ryin and A. R. Choong-y, Short-Term production Scheduling of an Automated Manufacturing Facilit5r, IBM Journal of Reeearch and Developpement, vol.2, issue.4, 1995.

G. S. Hildebrandt-r and M. S. Suri-r, A Control Theorist's Perspective on Recent Trends in Manufacturing Systems, IEEE Control dvetrgms Magazine, issue.2, 1986.

H. J. Newman-w and S. Et, World Survey of CAD, Computer Aided Design, vol.9, issue.2, 1977.

H. Argorithms-york, H. Et, M. H. Yoik, H. H. Meier-k, P. J. Prentice et al., HierargJrical Integration of Production planning and SchedulingProduction Subsystems and Part-Families : ïhe Top Level Model in Hierarchical Production Planning Systems, Studies in Management Sciences New Elsevier science publisherPlanning Production, Inventories and work Force, 1960.

K. J. Gersih\ryin, S. B. Af|, and D. , Computation of Production Control Policies by a Dynamic Programming Technique, 5th Conference on Analysis and Optimization of Systens, p.44, 1982.

J. G. Iflmemia and S. B. Et-gerf|iiwin, An Algorithm for the Computer Control of Production in Flexible Manufacturing Systens, IEE Trans, vol.15, issue.4, 1983.

K. , E. P. Et, and N. E. , 19?5) : "A Lower Bunding Stmcture for Lot-Size Scheduling Problems, Operations Research, vol.23, issue.2

K. P. , V. A. Et, and K. Icr, Optimum Binary Search TreegGrouping in Scheduling Flexible Manufacturing Systems, Acta Informatica No.l KUSIAK Robotica, vol.1, issue.3 4, 1971.

L. L. Et and R. C. Terjung, An Effrcient Algorithm for Multi-Item Scheduling Problemo, Operations Research, vol.19, issue.4, 1971.

M. S. Veb-technik, N. 4. Berlin, and I. M. Costa, \ilissenschaftliche Grundlagen der Gruppentechnologie, IEL B. Revue APIT, issue.19, 1960.

P. R. Et and S. E. , Decision Systems for Inventory Management and Production Planning, D5mamic Programning and Minimum Principle for Systems with Marcov Disurbances, 1975.

B. Roy and R. M. Ross-g-'t-'et-solalid, Algèbre Moderne et ïhéorie des GraphegA Branch and Bound Algorithm for the Generalized Assignement Problem, CIM (Computer Integrated Manuf-acturing) : Der computergesteuerte Industriebetrieb, pp.2-10, 1970.

H. Simon, The New Science of Management Decision
DOI : 10.1037/13978-000

L. Logiciel, master-slave", écrit en langage Fortran, est destiné à la simulation des situations que I'on rencontre au niveau de la planifïcation et du contrôle de la production d'un atelier. Nous présentons d'abord la structure du logiciel et montrons comment mettre en route le programme, Ensuite, nous décrivons la fonction des procédures constituant le logiciel