A Collaboration Algorithm for Computer Generated Forces Based on Multi-agent Systems
Deng Fang-lin · Jisuanji fangzhen · 2010
To increase the robustness,scalability and adaptivness of the collaboration mission distribution mechanism,an integrated contract net protocol for computer generated forces(CGF) collaboration is presented,in which the interaction trust degree,witness trust degree and threshold are introduced into the classical contract net protocol of multi-agent systems.To assure the correctness,completeness and reliability of the integrated contract net protocol,colored Petri nets are employed for modelling,to analyze its liveness,reachability and boundness.Finally,the integrated contract net protocol is applied to the ballistic missile attack-defense confrontation CGF system based on MAS.The simulation results show that the integrated contract net protocol reduces the communication cost effectively,and increases the ratio of accomplished tasks.