基于互为主体的电子系统架构与任务决策

针对传统电子系统架构和任务决策机制无法满足航空集群遂行复杂任务需求的现状,提出一种基于互为主体的电子系统架构与任务决策机制。首先,从航空集群电子系统的实际应用需求出发,分析了电子系统的物理组成基础和电子资源的柔性聚合;其次,建立基于互为主体的电子系统架构模型,实现电子系统在物理域、信息域和认知域等不同层次能力之间的有机结合;然后,提出基于互为主体的信息交互与决策方法,提高航空集群作战运用的灵活性和整体效能;最后,给出了互为主体在航空集群作战中的应用实例。

Electronic System Architecture and Task Decision Based on Mutual Subject

Aimed at the current situation that both the traditional electronic system architecture and the task decision mechanism fail to meet the needs of fulfilling complex tasks given by aviation swarms, this paper proposes an electronic system architecture and task decision mechanism based on mutual subject. Firstly, from the point of view of the actual application requirements in aviation swarm electronic system, the physical composition basis of the electronic system and the flexible aggregation of the electronic resources are analyzed. Secondly, an electronic system architecture model based on the mutual subject is established, realizing the organic combination of hierarchical capabilities in among the physical domain, the information domain and the cognitive domain. And then, a mutual information based interaction and decision making method is proposed to improve the flexibility and overall effectiveness of aviation swarm operations. Finally, a living example of mutual subject in aviation swarm application is given.