Title :
The specific methods In ATS development based on IEEE 1641 STD
Author :
Huang, Cuihong ; Zeng, Zhaoyang ; Liu, Dandan ; Li, Fan
Author_Institution :
AVIC Aero-Polytechnology Establ., Beijing, China
Abstract :
Traditionally, the only method to capture, describe and program test requirements in signal-oriented way is using ATLAS (Abbreviated Test Language for All System) language. The IEEE 1641 (Signal and Test Definition) STD Standard provides a new way to define test requirements independently of the language and test station platform. With this approach, instrument-independent test descriptions is no longer simply represented by a special formatted test language, but any languages which build on a framework for component libraries of signal descriptions. This paper studies specific method to implement ATS(Automatic Test System) based on IEEE 1641 STD, including the signal library creation, STD test statements mapping to the methods and attributes of BSCs(Basic Signal Component) and TSF(Test Signal Framework) signals, signal objects creation for particular TPL statements, signal-oriented test descriptions conversion to instrument setting etc.
Keywords :
automatic test pattern generation; formal languages; resource allocation; signal processing; software libraries; ATLAS language; BSC; IEEE 1641 STD-based ATS development; STD test statements mapping; TPL statements; TSF; abbreviated test language for all system language; automatic test system; basic signal component; component libraries; instrument setting; instrument-independent test descriptions; program test requirements; signal and test definition; signal descriptions; signal library creation; signal objects creation; signal-oriented test descriptions; test signal framework; test station platform; ATS; BSC; COM; IDL; Resource manager; STD; TPL; TPS; TSF;
Conference_Titel :
Prognostics and System Health Management (PHM), 2012 IEEE Conference on
Conference_Location :
Beijing
Print_ISBN :
978-1-4577-1909-7
Electronic_ISBN :
2166-563X
DOI :
10.1109/PHM.2012.6228922