摘要
武器装备综合集成系统分物理层、信息层及应用层,按照“系统分解→资源集成→系统综合”思路进行。物理层采用网状拓扑优化设计,将作战区域内各武器装备有机整合。信息层采用分布式数据融合技术,融合处理网络中各单元节点获得的目标信息。应用层以前两层为基础,构建武器装备应用集成模型,完成武器装备资源调度。
According to the idea of "system decomposition, resource integration, and system synthesis", the Material facility mcta-synthesis system could be divided into physics layer, information layer and application layer. The reticular topology optimization design was adopted for physics layer to integrate military facility in combat zone. The distributed data fusion technology was adopted for information layer to deal with the target information gained by each unit node in network. Based on the former layers, the application integration model of military facility was established to achieve the dispatching of military facility resource.
出处
《兵工自动化》
2006年第3期8-10,共3页
Ordnance Industry Automation
关键词
综合集成
系统分解
资源集成
系统综合
Meta-synthesis
System decomposition
Resource integration
System synthesis