C^3I系统生存能力的机动性能建模与仿真

Mechanization Capacity Modeling and Simulation for C^3I System Survivability

针对C3I系统机动性能对其生存能力的影响规律,通过对系统生存能力概念的研究,提出了一种基于美国工业界武器系统效能咨询委员会评估方法的C3I系统生存能力的建模与仿真方法。由系统组成的串并联结构分析,归纳出了系统节点在不同毁伤状态下的3种毁伤等级,并建立了系统机动能力的可用度、可信赖性矩阵和系统能力向量模型。应用MATLAB对系统机动能力进行了仿真分析,研究结果表明该系统生存能力的机动性能仿真方法合理可行。

Aiming at the effect of C^3I system mechanization properties on its survivability, a modeling and simulation technique of the system survivability based on Weapon System Effectiveness Industry Advisory Committee （USA） is presented through the research of the system survivability concepts. According to the system components series or parallel structure analysis, three system damage grades are investigated under the different system node damage states, and the models of the availability vector, the dependability matrix and the capacity vector are established respectively. The system mechanization capability is simulated by using MATLAB tool. The result shows that the simulation solution of the mechanization capability is feasible and effective.