基于无线自组织网络的编队C—4ISR系统结构研究

为了优化编队C4ISR系统的网络结构,分析和比较了无线自组织网络的体系结构,提出一种采用自适应分级结构的编队C4ISR系统.并对采用平面结构和自适应分级结构的系统分别进行了仿真,比较了二者在各种系统规模下的控制开销.结果表明,在节点数目达到80个以上时,平面结构的控制开销达到了0.8以上,而自适应分级结构这时的控制开销只有0.5～0.6.因此,在系统规模较大时自适应分级结构的效率明显高于平面结构,具有较强的适应能力.

Research about architecture of formation C4ISR system based on Ad hoc

To optimize the networks architecture of the formation C4ISR system, the Ad hoe was analyzed. Afterwards an adaptive hiberarchy of the formation C4ISR system was given. The system based on both the plane architecture and the adaptive hiberarchy were simulated. And the controlling spending of the two architecture were compared in the all kinds of the system scope. When the number of nodes is above 80, the control spending of the plane architecture is about 0.8. At the same time, the control spending of the adaptive hiberarchy is 0.5～0.6. Therefore the efficiency of the adaptive hiberarchy is higher then the plane architecture obviously,when the system scope increased. The adaptive hiberarchy has a better flexibility.