摘要
针对指挥控制组织设计中决策实体的配置问题,提出了一种问题的配置模型及其求解方法。在分析传统决策实体配置模型不足的基础上,采用了作战任务执行时间来测度决策实体工作负载,建立了以全部决策实体工作负载的均方根(root mean square,RMS)最小为目标函数的问题数学模型。提出了基于最小RMS合并规则的层次聚类方法的问题求解思路,给出了该方法的具体步骤和流程。最后结合联合作战仿真算例中一个任务-平台的调度方案,验证了所提方法的有效性和优越性。
To solve the collocating problem of decision-makers（DM） in the design of command and control（C2） organization,a collocating model and its solving algorithm are presented.On the basis of analyzing the scarcity of traditional collocating models,the processing time of an operational task is used to measure DM＇s workload,and a mathematical model whose objective function features the munimization of root mean square（RMS） value of all the DM＇s workload is built.Then a hierarchical clustering algorithm based on min-RMS merge rule for solving the problem is introduced,and the detailed steps and flow of this algorithm are offered.Finally,the validity and superiority of this algorithm are illuminated by a scheduling scheme of a task-platform which is in a case of a joint campaign.
出处
《系统工程与电子技术》
EI
CSCD
北大核心
2012年第4期737-742,共6页
Systems Engineering and Electronics
基金
国家高技术研究发展计划(863计划)(2010AAJ146)资助课题
关键词
运筹学
指挥控制组织
决策实体配置
层次聚类方法
均方根
operation research
command and control（C2） organization
decision-makers（DM） collocating
hierarchical clustering algorithm
root mean square（RMS）
