【作者】 王力；

【导师】 王宝树； 李超峰；

【作者基本信息】 西安电子科技大学 ， 软件工程， 2006， 硕士

【摘要】 由于国家及各省无线电管理委员会都拥有大量传统仪器,但大部分测试工作建立在手动测试的基础上,测试流程不规范,造成测试效率低,容易产生人为误差。本论文致力探讨一种建立在虚拟仪器概念基础上的无线电设备自动检测系统的设计与实现。本论文首先对虚拟仪器所涉及到的总线技术、驱动技术以及VISA库进行了介绍;其次考虑到系统的通用性及可扩展性,检测系统采取用基于组件的模块化结构设计方法,每个功能模块之间相互独立,模块之间定义了清晰的数据结构和接口函数,使得软件平台可以根据用户需要方便的进行调整;然后从系统的架构设计、模块划分、组件接口设计、数据库设计、测试流程设计对系统进行总体的说明;最后主要围绕设备校验驱动模块,PHS检测驱动模块、GSM检测驱动模块介绍各模块的设计与实现。该软件平台是在Windows2000下,采用Visual C++6.0编程实现的。更多还原

【Abstract】 Radio Administration Bureau presently has had plenty of outdated instruments. The testing of them, however, is based on manual testing which will result in poor efficiency and artificial errors. The paper deals mainly with the design and implementation of an automatic testing system of radio instruments on the basis of the notion of the virtual instrument.The paper first introduces the bus, the drive technology, and the VISA library, which are related to the virtual instrumentation. Then, considering the generalization and the expendability of the system, the modularization structure based on components is adopted. Every independent function module has clearly data structure and interface, which make the users to easily regulate the system accordingly. Thirdly, it makes a collective explanation of the relevant concepts, namely, frame design, module partition, component interface design, database design, and test flow design. Finally, the design and the implementation of every module are discussed, which are mainly circled the aspects of equipment check drive module, PHS check drive module and GSM inspect drive module.The program was designed with Visual C++ 6.0 and on windows 2000.更多还原