基于内分泌免疫多智能体的舰艇编队防空体系模型

针对舰艇编队协同防空问题,借鉴生物内分泌免疫系统的防御机理,将舰艇编队协同防空体系映射到内分泌免疫系统中,并且结合多智能体理论与方法,设计了内分泌、免疫智能体和通信智能体的功能结构模型,构建了一种舰艇编队协同防空体系内分泌免疫多智能体网络模型。该网络模型整体上涌现出了协同防空体系的自组织性、自适应性、自学习性、记忆性和进化性,为舰艇编队协同防空体系研究注入了新的思想,也可为反潜等其它防御作战研究提供借鉴。

Air-Defense System of System for Surface Warship Formation Model Based on EIMAS

Cooperative air-defense system of system model of surface warship formation is one of main operational form of surface warship formation and is a difficult problem. Inspired by the defense principle of the endocrine-immune system （EIS）, this paper maps the cooperative air-defense system of system for surface warship formation （CASoSSWF） to the EIS in structure and functions and the EIS and designs the components and architecture model for an endocrine agent and an immune agent by combining the endocrine-immune network with the multi-agent system （MAS） theory and method. On this condition, a novel endocrine-immune multi-agent system network （EIMN） model for the cooperative air-defense for surface warship formation is established. The model wholly emerges self-organization, adaptation, self-learning, memo- rability and evolution of the cooperative air-defense system of system for surface warship formation. Therefore, it infuses an original idea to the cooperative air-defense system of system for surface warship formation and can be used for reference to study on defensive campaign on antisubmarine, and so on.