Object Oriented Toolkits For Simulation Program Generators

• Published in: Winter Simulation Conference Proceedings: Washington, DC, 1989 pp. 593 - 600
• Main Authors: Ulgen, O.M., Thomasma, T., Youyi Mao
• Format: Conference Proceeding
• Language: English
• Published: IEEE 1989
• Subjects: Automatic programming; Computational modeling; Design automation; Logic; Mechanical engineering; Object oriented modeling; Petri nets; Production systems; Programming profession; Systems engineering and theory
• ISBN: 0911801588; 9780911801583
• DOI: 10.1109/WSC.1989.718732

Simulation Program Generators (SPGs) developed using object-oriented environments may be designed to have a number of capabilities not available in traditional SPGs. One such capability is the description of an object's behavior from scratch without any programming when such behavior does not exist in the knowledgebase of the SPG. SmarterSim is an SPG that is currently eing developed to provide the user a number of object-oriented tools including libraries of elemental operations, actions/requests, states, and rules and a number of function block templates to create new behavior using the existing primitive elements. The behavior of objects in a robotic manufacturing cell is described using SmarterSim. Like its predecessor SmartSim, SmarterSim supports a hierarchical, modular modeling for building of subsystems (coupled models) from model objects (atomic models) using subsystem management features. The paper also discusses the use of object oriented environments for traditional SPGs and simulation programming languages.