2011한국멀티미디어학회 국제학술대회Requires access

The study on improvement of the Business-Critical CBD methodology for software reliability improvement

Jeong-In Park, Jin-Tak Choi

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Abstract

The most distinguishing feature of software, compared to that of hardware, is the concept of time. Time is the most frequently used means (measure, metrics) to evaluate reliability of hardware. That is, time is regarded as a statistical variable, and the focus is on long a function requires to be performed. On the other hand, the concept of “when” is critical to software. That is the question of when do we need to debug software under development, and how many times do we need to test to verify the error fix, and when can it be release? It is because of the fact that most software is closely related to ‘Business-Critical’ environment. Therefore, this thesis suggests improved CBD methodology in order to guarantee Business-Critical of software, and through the methodology we would like to improve the reliability of software.

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What this paper is about

The most distinguishing feature of software, compared to that of hardware, is the concept of time. Time is the most frequently used means (measure, metrics) to evaluate reliability of hardware. That is, time is regarded as a statistical variable, and the focus is on long a function requires to be performed. On the other hand, the concept of “when” is critical to software. That is the question of when do we need to debug software under development, and how many times do we need to test to verify the error fix, and when can it be release? It is because of the fact that most software is closely related to ‘Business-Critical’ environment. Therefore, this thesis suggests improved CBD methodology in order to guarantee Business-Critical of software, and through the methodology we would like to improve the reliability of software.

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Available abstract

The most distinguishing feature of software, compared to that of hardware, is the concept of time. Time is the most frequently used means (measure, metrics) to evaluate reliability of hardware. That is, time is regarded as a statistical variable, and the focus is on long a function requires to be performed. On the other hand, the concept of “when” is critical to software. That is the question of when do we need to debug software under development, and how many times do we need to test to verify the error fix, and when can it be release? It is because of the fact that most software is closely related to ‘Business-Critical’ environment. Therefore, this thesis suggests improved CBD methodology in order to guarantee Business-Critical of software, and through the methodology we would like to improve the reliability of software.

Key concepts: Computer science, Reliability engineering, Software quality, Software, Software reliability testing, Reliability (semiconductor), Software metric, Avionics software

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