摘要
为了解决采用多粒度对多层次分布式非结构化军事能源保障链建模及其仿真精度评估问题,建立基于holonic agent的军事能源保障模型,对能源保障资源配置与控制、保障实体调度与交互协作等复杂行为进行研究。将各层次能源保障实体表示为不同的holon,建立基于角色交互的能源保障调度组织和多层次能源保障调度holarchy结构;分析能源保障动力学环境,引入holon所受到的推进力、互斥力和阻抗力,设定动能、目标势能和约束势能三个指标来度量holon状态特性和总能量。提出层次相似性评估指标,测评各保障层次效能,确定两个相邻层次之间的仿真精度优劣性。仿真实例表明,该模型具有模拟和评估军事能源保障行为的良好性能,可提高仿真精度和效率。
In order to solve multi-level military energy support modeling by multi granularity and its simulation accuracy as- sessment, this paper established holonic agent based model for military energy support. It researched complex behavior, such as configuration and control of support resources, scheduling and interactive collaboration of support entities. It represented these support entities at all levels as different holons, constructed the structure of the scheduling organization based on the role- interaction and the multilevel scheduling holarchy for energy support. By analyzing the dynamics of energy support environ- ment, it set kinetic energy, potential energy and restraint potential energy as indicators to measure holon＇ s state properties and total energy. For evaluating effectiveness in support levels, it proposed the level similarity indicator to determine the diversity of simulation accuracy between two adjacent levels. Simulation example shows that this model has good properties for simulating and assessing the behavior of military energy support, and it can improve simulation accuracy and efficiency.
出处
《计算机应用研究》
CSCD
北大核心
2016年第11期3211-3214,共4页
Application Research of Computers
基金
国防重大攻关项目(2014ZB00088)
重庆市重大科技项目(CQF20150709)
重庆市社科基金资助项目(2014YBGL009)
