Cooperative Combat Model of Command and Control System Based on Multi-agent
To address the issue where the combat model of command and control system developed by all kinds of traditional linear mechanical scientific theories and methods and real conditions lead to significant discrepancies in the analysis,processing,and computation of the complex battlefield environments,a new multi-agent-based collaborative combat model for command and control systems is proposed.First,the modeling and simulation method for combat based on multi-agents,as well as the modeling process for multi-agent combat models,are proposed,and the combat scenario is formulated.Second,to address the limitations of existing multi-agent combat simulation models being overly simplistic and involving too few types of agents in simulation model,the types of agents in the combat simulation model are expanded,with emphasis on the relationships among the various agents.Finally,based on the Anylogic development platform,a new complex multi-agent collaborative combat system model is created,a realistic environment for multi-agent collaborative combat is simulated.The experimental results show that in the newly constructed multi-agent combat model for the command and control system,the range of agent types is broader,collaborative combat capabilities between agents are significantly enhanced,and the complex combat environment in modern warfare is more accurately reflected.
multi-agent cooperative combatoperational scenariotypes of agentsAnylogic platform
NETL
NSTL
万方数据
