体系作战信息流转超网络结构优化

稳健可靠、精干灵活的网络结构,是体系作战信息顺畅传递、高效流转的重要保证。首先,引入超网络理论,提出体系作战信息流转超网络概念,构建由物理层和逻辑层组成的分层网络结构;其次,以物理层抗毁性最强、逻辑层流转效率最高、整体网络化效能最大为优化目标,建立作战信息流转超网络均衡模型;然后,通过变分不等式进行模型转换,利用修正投影算法求解运算。最后,以空中进攻作战为例,进行仿真实验分析。结果表明,优化后的超网络在保持原网络结构特点的同时,具备更强的抗毁性、更高的流转效率和更大的网络化效能。

Structure optimization of systematic operational information flowing super network

Robust, reliable and smart network structure is an important support for systematic operational information’s smooth transfer and efficient flowing. Firstly, by introducing the supernetwork theory, the concept of systematic operational information flowing super network (SOIFS) is proposed and layered network structure is built, which consists of physical layer and logical layer. Secondly, to maximize physical layer’s survivability, logical layer’s flowing efficiency and whole network’s performance, the SOIFS equilibrium model is built. Thirdly, the model is transformed by variational inequality and the variational inequality is solved by the modified projection algorithm. Finally, taking aviation aggressive operations as an example, simulation results show that the optimal super network keeps structure characteristics of original network, and has better survivability, flowing efficiency and networked performance.