针对当前自动测试系统(ATS,Automatic Test System)信息共享和互操作能力差的问题,应用XML(eX lensibleMarkup Language)语言实现了ATS的模型化描述,模型化的信息包括测试设备、接口连接装置ICA(Interface ConnectorAssembly)、测试适...针对当前自动测试系统(ATS,Automatic Test System)信息共享和互操作能力差的问题,应用XML(eX lensibleMarkup Language)语言实现了ATS的模型化描述,模型化的信息包括测试设备、接口连接装置ICA(Interface ConnectorAssembly)、测试适配器和被测设备UUT(UnitUnder Test).对测试设备的性能和UUT测试需求采用统一的信号与测试定义标准STD(signal and test definition)进行描述,实现了测试设备性能与UUT测试需求的自动匹配.通过引入逻辑资源的概念对测试设备性能与仪器通道之间的动态映射关系进行描述,以实现测试过程中仪器资源的合理分配.采用XML作为ATS的建模语言,提高了ATS资源建模的开发效率和系统内信息的互操作程度.展开更多
With the forthcoming large-scale scientific experimental systems, we are looking for ways to construct an open, distributed architecture within the new and the existing automatic test systems. The new standard of Auto...With the forthcoming large-scale scientific experimental systems, we are looking for ways to construct an open, distributed architecture within the new and the existing automatic test systems. The new standard of Automatic Test Markup Language meets our demand for data exchange for this architecture through defining the test routines and resultant data in the XML format. This paper introduces the concept of ATML(Automatic Test Markup Language) and related standards, and the significance of these new standards for a distributed automatic test system. It also describes the implementation of ATML through the integration of this technology among the existing and new test systems.展开更多
在介绍了面向服务的自动测试系统ATS(Automatic Test System)特点后,借鉴Kruchten的方法,设计了面向服务的ATS软件平台模型结构,分析了面向服务的仪器驱动器封装设计面临的问题,采用模型驱动架构的方法对仪器驱动器进行封装设计,并以示...在介绍了面向服务的自动测试系统ATS(Automatic Test System)特点后,借鉴Kruchten的方法,设计了面向服务的ATS软件平台模型结构,分析了面向服务的仪器驱动器封装设计面临的问题,采用模型驱动架构的方法对仪器驱动器进行封装设计,并以示波器的仪器驱动器设计与实现为例进行了验证。展开更多
文摘针对当前自动测试系统(ATS,Automatic Test System)信息共享和互操作能力差的问题,应用XML(eX lensibleMarkup Language)语言实现了ATS的模型化描述,模型化的信息包括测试设备、接口连接装置ICA(Interface ConnectorAssembly)、测试适配器和被测设备UUT(UnitUnder Test).对测试设备的性能和UUT测试需求采用统一的信号与测试定义标准STD(signal and test definition)进行描述,实现了测试设备性能与UUT测试需求的自动匹配.通过引入逻辑资源的概念对测试设备性能与仪器通道之间的动态映射关系进行描述,以实现测试过程中仪器资源的合理分配.采用XML作为ATS的建模语言,提高了ATS资源建模的开发效率和系统内信息的互操作程度.
文摘With the forthcoming large-scale scientific experimental systems, we are looking for ways to construct an open, distributed architecture within the new and the existing automatic test systems. The new standard of Automatic Test Markup Language meets our demand for data exchange for this architecture through defining the test routines and resultant data in the XML format. This paper introduces the concept of ATML(Automatic Test Markup Language) and related standards, and the significance of these new standards for a distributed automatic test system. It also describes the implementation of ATML through the integration of this technology among the existing and new test systems.
文摘在介绍了面向服务的自动测试系统ATS(Automatic Test System)特点后,借鉴Kruchten的方法,设计了面向服务的ATS软件平台模型结构,分析了面向服务的仪器驱动器封装设计面临的问题,采用模型驱动架构的方法对仪器驱动器进行封装设计,并以示波器的仪器驱动器设计与实现为例进行了验证。