摘要
在对Lanchester假设的扩展和网络化基础上,构造了体系对抗战场的图论表示FR,B=红军网络IR∪蓝军网络IB∪交战空间fR,B,利用生成fR,B的随机子网和对参战网络"去点"的方法,提出一种统一表示体系对抗中交战行为与网络行为的模型新范例——体系对抗演化网络模型,模型中网络部队作战效能不但依赖兵力规模和武器性能,而且受网络结构及其战场环境的影响。试验对比了拥有同等作战资源网络体系的作战效能,得到在一个对抗系统中无标度网络对随机网络的胜率高但并非总赢的结论,初步分析了在对抗系统中无标度网有效、鲁棒但脆弱的原因。
A novel model is put forward which represents combat behavior and network behavior in an unitary form, the evolving network for the combat on the battlefield FR. B is constructed jointly by generating a random network on fR. B and removing nodes from fighting forces＇ networks, under the condition that the assumptions of Lanchester Model is generalized, and represented as a triple of networks FR,B = forces R＇ s network IR ∪ forces B＇ s network IB ∪ engagement space fR,B. In the model the effectiveness of a networked forces relates not only its size and the weapon performance, but also the structure of network and the battlefield in which it operates. An experiment shows that with the same operational assets a scale-free network is more dominant than a random network for both information effectiveness and killing rate but not always wins, the origin is analyzed that the scale-free network is efficiency,robust yet fragile in the conflict system.
出处
《国防科技大学学报》
EI
CAS
CSCD
北大核心
2007年第6期93-97,共5页
Journal of National University of Defense Technology
基金
国家自然科学基金资助项目(70571084)
国家部委资助项目(513040404-1)
