2006한국멀티미디어학회 국제학술대회Requires access

AN INTELLIGENT TOOL KIT FOR EMBEDDED SAFETY-CRITICAL SOFTWARE AUTOMATIC TESTING

Yi-fei Mao, Jinhui Yang

Open publisher page 9 citations

Abstract

The safety-critical software (SCS) is often directly related to the safety of the people's lives and wealth; it has to undergo safety testing strictly. The fault injection approach can generate testing cases to find dangerous prone defects quickly by running the SCS under a faulty environment. A fault injection tool kit for SCS is developed to implement fault injection to enhance the safety testing ability of the existing method. The tool kit generates test cases for safety testing according to an operational profile automatically and provides a script language as interface. When this tool kit applied in the testing of interlocking software, a typical class of SCS, the level of testing automation as well as testing efficiency is improved.

About this research paper

What this paper is about

The safety-critical software (SCS) is often directly related to the safety of the people's lives and wealth; it has to undergo safety testing strictly. The fault injection approach can generate testing cases to find dangerous prone defects quickly by running the SCS under a faulty environment. A fault injection tool kit for SCS is developed to implement fault injection to enhance the safety testing ability of the existing method. The tool kit generates test cases for safety testing according to an operational profile automatically and provides a script language as interface. When this tool kit applied in the testing of interlocking software, a typical class of SCS, the level of testing automation as well as testing efficiency is improved.

Why it matters

OpenAlex reports 9 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

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Available abstract

The safety-critical software (SCS) is often directly related to the safety of the people's lives and wealth; it has to undergo safety testing strictly. The fault injection approach can generate testing cases to find dangerous prone defects quickly by running the SCS under a faulty environment. A fault injection tool kit for SCS is developed to implement fault injection to enhance the safety testing ability of the existing method. The tool kit generates test cases for safety testing according to an operational profile automatically and provides a script language as interface. When this tool kit applied in the testing of interlocking software, a typical class of SCS, the level of testing automation as well as testing efficiency is improved.

Key concepts: Non-regression testing, Fault injection, Automation, Manual testing, White-box testing, Reliability engineering, Computer science, Integration testing

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