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A Flexible Multi-agent System Model in System Simulation

By Baoye Xue, Guangchang Wu, Qingshan Li and Hua Chu

Abstract

The flexibility of process, rules and scope in modern command and control systems raises some new demands for the simulation of the command and control system. In this study a Multi-Agent System (MAS) framework model is proposed by introducing the Agent technology into the simulation of command and control systems. The structural model and process model of the MAS frame are presented. And strategies of extending the MAS frame application, modifying rules dynamically and changing cooperative relationship smoothly are given in accordance with the models flexibility mechanisms. Then an Agent-based Command and Control Simulation Platform is implemented. Finally, the flexibility mechanisms of the framework model are verified by the application and experimental results in the anti-missile and air-defense command and control systems

Topics: flexibility mechanisms, simulation, MAS, command and control systems, LCC:Information technology, LCC:T58.5-58.64, LCC:Industrial engineering. Management engineering, LCC:T55.4-60.8, LCC:Technology (General), LCC:T1-995, LCC:Technology, LCC:T, DOAJ:Computer Science, DOAJ:Technology and Engineering
Publisher: Asian Network for Scientific Information
Year: 2011
OAI identifier: oai:doaj.org/article:e2733d2ebbe8492c9cb7a2030fdc1b0c
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