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A Study on Safety of Airborne Software and Considerations during Development
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 Title & Authors
A Study on Safety of Airborne Software and Considerations during Development
Yi, Baeckjun; Choi, Jong Yeoun; Nam, Gi Wook;
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It is recognized that safety is a key point of technical competency. Its adoption is widely spread in development of products and it is essentially necessary in aerospace industry because airborne system and equipment are used complex high-technology and implemented systematic performance using software. This study reviews system safety assessment, development assurance level, airborne software, RTCA DO-178 process, and considerations & pitfalls in software development.
Airborne Software;System Safety Assessment;Considerations during Development;
 Cited by
Baeckjun Yi, Seung-kyem Kim, "Software Consideration in Airborne System Design and Certification", Aerospace Engineering and Technology, Vol.3 No.2, 2004, pp.177-182

SAE, ARP 4754A "Certification Considerations for Highly Integrated or Complex Aircraft Systems", 2010

SAE, ARP 4761 "Guidelines and Methods for Conducting the Safety Assessment Process on Civil Airborne Systems and Equipment", 1996

Baeckjun Yi, "A Study on Aircraft System Safety Assessment and Airborne Software Development Assurance Level", 2014 SASE Fall Conference, 2014

RTCA, DO-178C "Software Considerations in Airborne Systems and Equipment Certification", 2011

Baeckjun Yi, Youngkwon Jin, "Airborne Software Approval and Common DO-178B Pitfalls", 2011 SASE Fall Conference, 2011

Vance Hilderman, "DO-178B to 178C: Avoiding the Unlucky 13 Mistakes", Atego HighRely, 2011, pp.26-40