摘要
动态重组能力是网络坦克作战系统经Agent技术强化后呈现出的重要能力和特征之一,是系统具有鲁棒性和灵活性的重要体现。作战系统重构需要有相应的机制和方法。提出了基于MAS(multi-agentsystem,多Agent系统)的系统重构机制,对重构过程进行了分析,并引用遗传算法进行重构过程的单元选择,以此对资源配置进行优化组合,提高作战效益,使系统尽可能快速地对适应战场情况变化。
The dynamic reconfiguration capability is one of the main capabilities and characteristics of the networking-tank operation system, which is strengthened by Agent technique, and it is the important reflection for the system＇ s robustness and flexibility. Reconfiguration needs the corresponding mechanism and method. A reconfiguration mechanism based on multi-Agent system （MAS） is put off, a detailed analysis for the reconfiguration proceeding is given, and the genetic algorithm is quoted for the operation unit-choosing of the reconfiguration proceeding; the resource disposing is optimized and recomposed by this, and the operation effectiveness of system is also improved by this, so that the system can adapt to the battlefield situation rapidly as far as possible.
出处
《计算机工程与设计》
CSCD
北大核心
2008年第17期4528-4530,4553,共4页
Computer Engineering and Design
关键词
重构机制
协作
协调控制
资源配置
遗传算法
reconfiguration mechanism
cooperation
coordination and control
resource-disposing
genetic algorithm
