摘要
仿真系统的VV&A一直是仿真领域研究的热点,其目的在于提高仿真系统的可信度。目前,关于仿真系统的验证方法研究都是偏向于某个侧面,缺少对仿真系统的开发全过程进行验证的方法,导致系统的验证与开发衔接不紧密,影响验证方法的实际使用。现代仿真系统主要采用面向对象思想设计开发,UML是面向对象仿真中不可或缺的一个建模仿真工具。根据仿真系统开发过程,将仿真系统开发过程中形成的UML图用于对仿真系统的验证中,使验证覆盖仿真系统开发的全过程,增强了系统开发和验证的连贯性,并通过对实际系统的验证,检验了所提出方法的可行性。
The VV＆A of Simulation Systems is an issue topic in simulation domain, which aims at improving the reliability of Simulation Systems. Recently, the research of method for Simulation Systems validation mainly focuses on certain point, and rarely pays attention to the validation of Simulation Systems development flow. As a result, the development and validation are incoherent, and affect the application of validation method. Modern Simulation Systems mainly adopts Object-Orient software pattern. The UML is a popular modeling tool for Object-Orient Simulation Systems. Based on the analysis of the development flow and existing validation method for Simulation Systems, the new validation method for Simulation Systems was brought forward based on the existing UML flows, so as to implement the validation of Simulation Systems entirely, which put it access into practice. The feasibility of the validation method is proved.
出处
《系统仿真学报》
CAS
CSCD
北大核心
2013年第7期1490-1495,共6页
Journal of System Simulation
基金
国家自然科学基金面上项目(60975005)
关键词
仿真系统
校核
验证
确认
概念模型
测试
simulation systems
validation
verification
accreditation
concept model
testing
