基于OPM/MAS 的钢铁企业多agent 生产调度模型

现有的面向agent建模方法在统一性、灵活性、交互能力、逻辑验证能力等方面存在很多不足,阻碍了多agent系统的研究和设计.为此,引入对象过程/多智能体系统(OPM/MAS)的建模方法,将系统的功能、结构和动态行为集成在统一的模型中,用图形和自然语言共同表达复杂系统的抽象概念,可进行逻辑验证,并具有灵活性强、表意清晰等优势.通过在钢铁企业生产调度中的应用,验证了OPM/MAS在多agent等复杂系统建模中的有效性.

Multi-agent production scheduling model of steel enterprise based on OPM/MAS

Agent-oriented modeling tools have many deficiencies in uniformity, flexibility, interaction ability and logic verification capability, which hinder the research and design of muti-agent systems. An object-process methodology/multiagent system(OPM/MAS) agent-oriented modeling method is introduced to express the abstractions of the complex system by using graphics and natural language. The function, structure and dynamic behavior of the system can be integrated in arefinery and unified model, and logic verification is available. OPM/MAS has advantages of flexibility and expressiveness. The application in the production scheduling of the steel industry shows the advantage of OPM/MAS as a modeling method for complex multi-agent systems.