任务流驱动的指挥信息系统动态超网络模型

针对传统指挥信息系统建模方法在描述系统内在机理时存在的片面、静态和同质化等问题,提出任务流驱动的指挥信息系统动态超网络建模方法。首先构造指挥信息系统多作用域结构空间,通过使命任务空间、逻辑功能空间和物理实体空间及其相互作用关系,描述指挥信息系统内在运行机制;在此基础上,用超网络理论描述指挥信息系统功能网络,进而构建了任务流驱动的指挥信息系统动态超网络模型,并定义了相关参数。最后通过仿真分析验证了模型的有效性和可用性。

A Dynamic Super-network Model of Command Information System Driven by Task-Flow

Traditional CIS modeling methods have disadvantages such as unilateralism,inactivity and homogeneity,which is difficult to describe inherent mechanism of the complex system exactly.Due to this problem,we propose a dynamic super-network modeling method on the basis of being driven by task-flow.Firstly,we construct a multi-field structure space model for CIS,and describe the dynamic mechanism of CIS by defining operational task space,function space and platform space,as well as mapping relationships between them.Secondly,we define function network as the static super-network,and then based on scheduling and consecution of tasks,we establish the dynamic super-network model driven by task-flow,with defining some correlative parameters.At last,we verify the effectiveness and maneuverability of the model by analyzing the simulation.