面向机载设备自动化测试的信号模型
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摘要
在机载设备测试中,各种测试信号的准确定义和检测是保证飞行安全的关键因素。文中提出一种面向自动测试机载设备测试需求描述的信号模型,通过对机载设备测试需求中所涉及到的信号进行分类,以及将测试设备和被测设备之间传送的信号视作带有一组参数的动作,建立适用于自动测试机载设备需求描述的信号模型,旨在解决目前工业界中机载设备自动化测试需求中的信号规范描述问题。最后通过典型案例说明了该信号模型的特点和可行性。
In the airborne equipment testing,exact definition and detection of various test signals is a key factor to ensure safety flight.This paper presented a signal model for the test requirements description of automatic test airborne equipment.In the research,the signals involved in the test requirements of the airborne equipment were categorized,the signals transmitted between the test equipment and the equipment under test were regarded as a set of action including parameters,and a signal model for automatic test airborne equipment requirements was established.The model aims to address the problem of the signal specification description in the airborne equipment automatic test equipment area of current industry.This paper illustrated the characteristics and feasibility of the signal model through a typical case study.
In the airborne equipment testing,exact definition and detection of various test signals is a key factor to ensure safety flight.This paper presented a signal model for the test requirements description of automatic test airborne equipment.In the research,the signals involved in the test requirements of the airborne equipment were categorized,the signals transmitted between the test equipment and the equipment under test were regarded as a set of action including parameters,and a signal model for automatic test airborne equipment requirements was established.The model aims to address the problem of the signal specification description in the airborne equipment automatic test equipment area of current industry.This paper illustrated the characteristics and feasibility of the signal model through a typical case study.
引文
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[15]SUN L,YANG H Y,WU J.Simulation and Real-time Analysis for Embedded Software Design Model with Consideration of Integrated Modular Avionics Platform[J].Computer Science,2015,38(12):95-97.(in Chinese)孙磊,杨海燕,吴际.基于IMA平台的嵌入式软件设计模型仿真及实时性分析方法[J].计算机科学,2015,38(12):95-97.
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[17]ZHANG G,YUE T,WU J,et al.Zen-RUCM:A Tool for Supporting a Comprehensive and Extensible Use Case Modeling Framework[C]∥ACM/IEEE 16th International Conference on Model Driven Engineering Languages and Systems,Tools Demonstration.2013.
[2]DU X,TANG D Q,YANG Y C.Development of the Automatic Testing and Fault Diagnosis Technology for Airborne Equipment[J].Computer Measurement and Control,2003,11(1):5-8.
[3]XIN D B,AI B.Research on Airborne RS422Bus Acquisition Technology[J].China Science and Technology Information,2016,28(21):73-74.
[4]LI R,LIU W G,LIU X J.Design and Implementation of a ARINC429Bus Transmit-receive System[J].Computer Measurement and Control,2005,13(9):970-972.
[5]ZHAO Y,TANG Y Q,CHEN P,et al.Application of 1553BBus to the Aircraft Equipment Testing Systems[J].Journal of Liaoning Institute of Technology,2002,22(4):19-20.
[6]ROSS W A.The Impact of Next Generation Test Technology on Aviation Maintenance[C]∥IEEE Systems Readiness Technology Conference(AUTOTESTCON 2003).USA,2003:2-9.
[7]DO 160:Environmental Conditions and Test Procedures for Airborne Equipment[M].Americal:Radio Technical Commission for Aeronautics,2010.
[8]NEBUT C,FLEUREY F,LE TRAON Y,et al.Automatic Test Generation:A Use Case Driven Approach[J].IEEE Transactions on Software Engineering,2006,32(3):140-155.
[9]BRINDLEY,KEITH.Automatic Test Equipment[M].American Michigan:Newnes,2013:1-2.
[10]SUGDEN R.Why be Consistent?A Critical Analysis of Consistency Requirements in Choice Theory[J].Economica,1985,52(206):167-183.
[11]HAUBECK C,LAMERSDORF W,LADIGES J.Interaction of Model-driven Engineering and Signal-based Online Monitoring of Production System:Towards Requirement-aware Evolution[C]∥Industrial Electronics Society,IECON 2014-40th Annual Conference of the IEEE.2014:2571-2577.
[12]GAO S W,LV J H,WUNIRI Q,et al.Spacecraft Test Requirement Description and Automatic Generation Method[J].Journal of Beijing University of Aeronautics and Astronautics,2015,41(7):1275-1286.(in Chinese)高世伟,吕江花,乌尼日其其格,等.航天器测试需求描述及其自动生成[J].北京航空航天大学学报,2015,41(7):1275-1286.
[13]CHO K,LEE W,KIM J.Reducing the Failure Bitmap Size with a Partial Solution Search Tree for the Low Cost Automatic Test Equipment[C]∥SoC Design Conference.2014:128-129.
[14]RADU M.Testing Digital Circuits Using a Mixed-Signal Automatic Test Equipment[C]∥IEEE International Conference on Automation,Quality and Testing.2014.
[15]SUN L,YANG H Y,WU J.Simulation and Real-time Analysis for Embedded Software Design Model with Consideration of Integrated Modular Avionics Platform[J].Computer Science,2015,38(12):95-97.(in Chinese)孙磊,杨海燕,吴际.基于IMA平台的嵌入式软件设计模型仿真及实时性分析方法[J].计算机科学,2015,38(12):95-97.
[16]YUE T,BRIAND L C,LABICHE Y.Automatically Deriving a UML Analysis Model from a Use Case Model[M].Candan Ottwa:Carleton University Publisher,2010.
[17]ZHANG G,YUE T,WU J,et al.Zen-RUCM:A Tool for Supporting a Comprehensive and Extensible Use Case Modeling Framework[C]∥ACM/IEEE 16th International Conference on Model Driven Engineering Languages and Systems,Tools Demonstration.2013.