Title :
An independent verification tool for multi-vendor Mode S airborne transponder conformance testing
Author :
Aartman, L.J. ; van Heyningen, P.J. ; Brun, P. ; Ziegler, F.
Author_Institution :
Nat. Aerosp. Lab., Amsterdam, Netherlands
Abstract :
This paper describes the development of an automated laboratory test bench named MODEST (Mode S Transponder Test Tool). The objective of the tool is to perform vendor independent verification of Mode S transponders, with emphasis on basic functionality and protocols. A set of test procedures as defined in EUROCAE MOPS ED-73A for Mode S transponders have been translated into automatically executable test suites. The test tool is of a modular design, built around a Windows NT-based generic and re-usable test kernel ARTIS (Avionics Research Test and Integration System). ARTIS is extended with several application specific components for RF, ARINC-429, ARINC-718 data link interface and discrete I/O to interface with the transponder. The tool engineering process has been guided by the tool qualification approach defined in RTCA-DO178B, from Tool Operational Requirements to Tool Qualification. After a first delivery of the basic tool set early 2002, an upgrade of the tool with test suites to verify the ACAS-transponder protocols and interface in accordance with ED-73A and ARINC-735 is under development.
Keywords :
aerospace testing; automatic test equipment; automatic test software; avionics; conformance testing; electronic equipment testing; transponders; ACAS transponder protocols verification; ARINC-429; ARINC-718; ARINC-735; ARTIS re-usable test kernel; Avionics Research Test/Integration System; ED-73A; EUROCAE MOPS ED73A; MODEST; Mode S transponder test tool; RTCA-DO178B; Windows NT-based generic kernel; airborne transponder testing; application specific components; automated laboratory test bench; automatically executable test suites; data link interface; independent verification tool; modular test tool design; multi-vendor transponder conformance testing; protocols; tool qualification approach; Aerospace electronics; Aerospace testing; Aircraft manufacture; Automatic testing; Laboratories; Protocols; Qualifications; Surveillance; System testing; Transponders;
Conference_Titel :
Digital Avionics Systems Conference, 2002. Proceedings. The 21st
Print_ISBN :
0-7803-7367-7
DOI :
10.1109/DASC.2002.1053001