摘要
舰艇编队对空防御作战是舰艇编队作战的主要样式之一。针对舰艇编队的防空问题,借鉴生物系统的防御机理,实现了舰艇编队防空体系与生物系统在结构和功能上的映射,并且结合多智能体理论与方法,设计了智能体的功能结构模型,构建了舰艇编队防空体系复合免疫多智能体网模型。该模型从整体上体现了舰艇编队防空体系的自组织性、自适应性、记忆性、自学习性和进化性等特性。这种新颖的研究思路也可为其他防御作战研究提供参考。
Cooperative air-defense 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 Neuroendocrine-Immune System （NEIS）, this paper maps the Cooperative Air-defense System of System for Surface Warship Formation （CASoSSWF） to the NEIS in structure and functions and designed the components and architecture model for a neural agent, an endocrine agent and an immune agent by means of combined the neuroendocrine-immune network to the Multi-Agent System （MAS） theory and method,and establishes a novel composite immune multi-agent system （NEIM） model for the cooperative air-defense for surface warship formation. The model wholly emerges self-organization, self-adaption, memorability, self-learning and evolution of the cooperative air-defense system of system for surface warship formation. Therefore, the original research idea can be used for reference to study on other defensive campaign.
出处
《火力与指挥控制》
CSCD
北大核心
2014年第2期105-109,114,共6页
Fire Control & Command Control
关键词
舰艇编队
协同防空体系
神经内分泌免疫系统
复合免疫多智能体
surface warship formation,Cooperative Air-defense System of System （CASoS）, neuroendocrine-immune system, composite immune multi-agent
