Research on Hierarchical Tree Construction Method for Multilevel Process Model of Joint Operations Simulation
ZHANG Mingxin1， SU JiongMing2， ZHANG Mingen3，
LI Rufei3， QIAN Xiaochao3
1. College of Politics， National Defense University， Shanghai 200433， China；
2. College of Intelligence Science and Technology， National University of Defense Technology， Changsha 410073，Hunan， China；
3. Shanghai Electro-Mechanical Engineering Institute，Shanghai 201109， China
Abstract：The types of models of the joint combat simulation experiments are rich, while the design, the evaluation and the analysis of the simulation experiment are complex. Thus, the scenarios for the application of the experimental results are diverse. Therefore, multi-level models are required for joint combat experiments and analysis. The hierarchy of entities has been generally studied by aggregation and disaggregation but still lacks suitable description, analysis, and integration methods for the hierarchy of combat processes models. According to the existing methods of hierarchical description and analysis, this paper utilized the concept of a hierarchical tree to describe the process models of different levels. The structure, operation and application of the hierarchical tree were analyzed systematically. The specific application of the process hierarchical tree was introduced with examples. The hierarchical tree description of the process model can contribute to the multi-level joint simulation application analysis and multi-level model management, and can effectively improve the interoperability and reusability of models at different levels.
张明新, 苏炯铭, 张明恩, 李如飞, 钱晓超. 面向联合作战仿真多层次过程模型的层次树构造方法研究[J]. 空天防御, 2023, 6(3): 6-12.
ZHANG Mingxin, SU JiongMing, ZHANG Mingen, LI Rufei, QIAN Xiaochao. Research on Hierarchical Tree Construction Method for Multilevel Process Model of Joint Operations Simulation. Air & Space Defense, 2023, 6(3): 6-12.
