摘要
建模技术在复杂软件系统的设计、开发、集成和测试中起着重要的作用.C3I仿真测试环境所面临的问题是如何准确、有效地描述系统元素间的交互并快速建立系统原型模型.文中从UM L的需求、结构、行为和实现模型来描述C3I仿真测试环境的基本结构、组成元素、系统和对象间的交互以及从模型到具体设计的实现,从而完成基于UM L的C3I仿真测试环境的系统建模过程.该建模方法已在某测试环境中实现,缩短了系统的开发时间并确保了系统的性能和可靠性.
Modeling technology plays an important role in design, development, integration and test of complex software systems. How to describe interactions of system components clearly so as to construct a prototype model rapidly in the simulation and testing environment （S＆TE） for C^3I system is the problem that we have faced . In this paper, the structure, components, interaction among different components, and realization from the model to actualdesign in the S＆TE for C^3I system are presented from four close models （requirement model, structure model, behavior model, and realization model） in UML, and the relevant modeling process is also introduced. The S＆TE for C^3I system based on UML has been put in practice, which demonstrated that this method shortened the time for development and ensured the performance and reliability of the system.
出处
《武汉理工大学学报（交通科学与工程版）》
2006年第5期770-773,共4页
Journal of Wuhan University of Technology（Transportation Science & Engineering）
基金
"十五"国防预研项目资助(批准号:4130605010341306070201)
