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作 者:曹琦 向群 王文政 Cao Qi;Xiang Qun;Wang Wenzheng(Department of Logistics Command,Army Logistics University,Chongqing 401331,China)
出 处:《系统仿真学报》2021年第6期1233-1240,共8页Journal of System Simulation
基 金:国家社会科学基金(20BGL310)。
摘 要:后装保障一直缺乏高效、先进的模拟训练手段与系统,针对后装保障仿真非对抗性、不确定性、时效性、并行性、非连续性特点,提出了三类实体、三种交互关系和三种组织关系的抽象。采取组件化建模设计,将后装保障实体进一步分解形成若干个属性组件和行为组件进行建模,有效解决了后装保障模拟训练中的实体建模问题。通过构建概念建模支持工具、仿真模型开发与封装工具和模型资源管理工具,为后装保障仿真实体组件化建模的工程应用提供了支撑,增强了模型重用和互操作能力。There has been a lack of efficient and advanced simulation training means and systems for logistics and equipment support. Aiming at the characteristics of non-antagonism, uncertainty, timeliness, parallelism and discontinuity in the simulation of support operation, the abstraction of three entities, three interaction relations and three organization relations is put forward. By using component-based modeling, the entity for logistics and equipment support is further decomposed into several attribute components and behavior components for modeling, which effectively solves the problem of entity modeling in simulation training of support operation. In this way, the conceptual modeling tool, simulation model development and packaging tool, and model resource management tool are built to support the engineering application of component-based modeling of simulation entity for logistics and equipment support and enhance the reusability and interoperability of simulation models.
分 类 号:TP391.9[自动化与计算机技术—计算机应用技术]
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