TY - JOUR
T1 - GIBSS
T2 - A Model Specification Framework for Multi-Stage, Manufacturing System Design
AU - de Meter, Edward C.
AU - Deisenroth, Michael P.
N1 - Copyright:
Copyright 2016 Elsevier B.V., All rights reserved.
PY - 1991/6
Y1 - 1991/6
N2 - Heterogeneous simulation models are used in the initial, multistage design of discrete parts manufacturing systems. Current research is directed toward the development of an object-oriented, model-base environ ment which will facilitate heterogeneous modeling. To this end, the GIBSS (General ized Interaction Based Simulation Specifica tion) frameworks have been developed. The GIBSS conceptual frameworks permits the modular specification of heterogeneous models through the logical assemblage of entity, interaction, and transition objects. The GIBSS logic framework defines the synchronous execution of objects which use various mixtures of continuous and discrete event simulation techniques and/or manage multiple attribute sets. This paper describes the GIBSS frameworks and provides a case study of their application.
AB - Heterogeneous simulation models are used in the initial, multistage design of discrete parts manufacturing systems. Current research is directed toward the development of an object-oriented, model-base environ ment which will facilitate heterogeneous modeling. To this end, the GIBSS (General ized Interaction Based Simulation Specifica tion) frameworks have been developed. The GIBSS conceptual frameworks permits the modular specification of heterogeneous models through the logical assemblage of entity, interaction, and transition objects. The GIBSS logic framework defines the synchronous execution of objects which use various mixtures of continuous and discrete event simulation techniques and/or manage multiple attribute sets. This paper describes the GIBSS frameworks and provides a case study of their application.
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U2 - 10.1177/003754979105600613
DO - 10.1177/003754979105600613
M3 - Article
AN - SCOPUS:0026172092
VL - 56
SP - 413
EP - 421
JO - Simulation
JF - Simulation
SN - 0037-5497
IS - 6
ER -