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The Domain Analysis and Design of System-Testing Equipment for Software-Intensive Avionics

Deming Zhong, Bin Liu, Ruan Lian, Yichen Wang

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Abstract

Software plays more and more important roles in aircraft. STESA (system-testing equipment for software-intensive avionics) is an effective tool that implements system-testing on software-intensive avionics and could find out a lot of software failures hidden in avionics. There are many STESAs all over the world, for examples, ADS2, RT-LAB, RT-Tester, GESTE etc, some of which are researched and developed for several decades, so summarizing the experiences from these STESAs, organizing the relative researches and development in a clear and simple logic structure and preparing the foundation for the next generation of STESA are the purposes of the paper.

About this research paper

What this paper is about

Software plays more and more important roles in aircraft. STESA (system-testing equipment for software-intensive avionics) is an effective tool that implements system-testing on software-intensive avionics and could find out a lot of software failures hidden in avionics. There are many STESAs all over the world, for examples, ADS2, RT-LAB, RT-Tester, GESTE etc, some of which are researched and developed for several decades, so summarizing the experiences from these STESAs, organizing the relative researches and development in a clear and simple logic structure and preparing the foundation for the next generation of STESA are the purposes of the paper.

Why it matters

OpenAlex reports 4 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Software plays more and more important roles in aircraft. STESA (system-testing equipment for software-intensive avionics) is an effective tool that implements system-testing on software-intensive avionics and could find out a lot of software failures hidden in avionics. There are many STESAs all over the world, for examples, ADS2, RT-LAB, RT-Tester, GESTE etc, some of which are researched and developed for several decades, so summarizing the experiences from these STESAs, organizing the relative researches and development in a clear and simple logic structure and preparing the foundation for the next generation of STESA are the purposes of the paper.

Key concepts: Avionics, Avionics software, Software, Domain (mathematical analysis), Software engineering, Integrated modular avionics, Computer science, Software construction

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