摘要
为解决指挥控制系统模型难以进行数值分析的问题,根据指挥控制过程OODA模型的周期循环特性定义了指挥节点动力学振子,应用捕捉复杂网络同步动力过程的Kuramoto模型描述了网络化指挥控制系统的同步行为特性,并分析了耦合强度与系统同步之间的关系。理论与数值分析表明:对于全连通的网络化指挥控制系统,当信息交互耦合强度超过阈值时系统能达到同步。
Aiming at the difficulties in the numerical analysis of the command and control system model, this paper defines the command post＇s dynamic oscillator according to the periodic cycle characteristic of OODA model in the command and control process, describes the synchronous characteristics of the network command and control system by use of a mathematical Kuramoto model, and analyzes the relationship between the order parameter and the coupling strength. The theoretical analysis and simulation result show that under some conditions the complete synchronization of the network command and control system can be achieved when the information interactive coupling strength exceeds the threshold value.
出处
《海军工程大学学报》
CAS
北大核心
2014年第5期48-52,共5页
Journal of Naval University of Engineering
基金
湖北省自然科学基金资助项目(2013CFB435)
