CAJ | 학술논문

在分析现有测试系统以及可互换式虚拟仪器技术(IVI)的基础上,指出常规编程平台对于测试开发人员编程能力要求较高,工作量大等问题.针对这些问题,设计一个可进行图形化开发测试流程的平台.由于在平台内部将各个仪器进行模块化,结合IVI技术的可互换性,提高了测试流程的开发效率.测试开发人员只需要拖动选取平台提供的仪器功能模块,经连线组合就可以快速实现测试流程的开发.最后,通过举例证明该平台的有效性与便捷性.
재분석현유측시계통이급가호환식허의의기기술(IVI)적기출상,지출상규편정평태대우측시개발인원편정능력요구교고,공작량대등문제.침대저사문제,설계일개가진행도형화개발측시류정적평태.유우재평태내부장각개의기진행모괴화,결합IVI기술적가호환성,제고료측시류정적개발효솔.측시개발인원지수요타동선취평태제공적의기공능모괴,경련선조합취가이쾌속실현측시류정적개발.최후,통과거예증명해평태적유효성여편첩성.
Through discussing the characteristics of current test systems and Interchangeable Virtual Instruments (IVI) technology,this paper analyzes the problems of these systems,which has high programming requirements and large amount of work for testing programmer.For these problems,a graphical programming platform is designed in this paper.Since every kind of instruments has a single corresponding module in the platform and the platform uses IVI technology to achieve in-strument interchangeability,the programming efficiency of the test procedure is improved highly.The user can finish one testing procedure by choosing the icon of the instrument and connecting the icons with lines simply.