摘要
采用统一建模语言的包图,将空空导弹系统划分为不同的类包,使其与外部系统解耦,降低了空空导弹仿真模型的开发和测试的难度。采用模块化设计方法将空空导弹划分为松散耦合的子系统,各子系统采用统一的调度接口,提高了空空导弹仿真模型的通用性和可扩展性。采用类厂模式设计了空空导弹仿真模型的创建接口,使模型可灵活的适用于不同的仿真需求。采用单件模式设计了空空导弹仿真模型的数据库访问接口,使模型与数据解耦,使模型可以适配不同的数据存储和访问方式。通过仿真应用证明了通用空空导弹仿真模型的实用性。
Using the package diagram of the unified modeling language, the air-to-air missile （AAM） system was divided into several class packages and decoupled with other systems, which decreased the difficulty of the development and test of the AAM system. With the modularization of the AAM, the different modules have the same schedule interface, which improved the universality and expansibility of the AAM model. The construction interface of the AAM was realized with the factory pattern, so the model has the flexibility to satisfy different simulation requirement. The data access interface of the AAM was realized with the Singleton pattern, so the model was decoupled with the data, and the model can adapt to different type of data storage and accession. The utility of the generalized simulation model of AAM was verified by the simulation applications.
出处
《系统仿真学报》
EI
CAS
CSCD
北大核心
2008年第22期6290-6292,6297,共4页
Journal of System Simulation
基金
国家自然科学基金项目(10377014)
西北工业大学科技创新基金(2007KJ01027).
关键词
模块化
数据解耦
模型构建
设计模式
通用仿真
modularization,data decoupling,modal construction,design pattern,generalized simulation
