2018Unpublished venueRequires access

Software Reliability Evaluation Method Based on a Software Network

Jun Ai, Wenzhu Su, Fei Wang

Open publisher page 2 citations

Abstract

This paper proposes a method for the comprehensive measurement of software quality and reliability based on the complex network theory. The quality of the overall network structure of software is evaluated in terms of modularity, hierarchy, complexity, and fault propagation. The importance and reliability risks of the software module are combined to evaluate the overall reliability risk of software. According to the historical defect information of software, the characteristics of the defect node are analyzed to predict the software's current version of the high defect risk module. The software reliability level is comprehensively evaluated by combining the software's overall structural quality, reliability risk and defect risk.

About this research paper

What this paper is about

This paper proposes a method for the comprehensive measurement of software quality and reliability based on the complex network theory. The quality of the overall network structure of software is evaluated in terms of modularity, hierarchy, complexity, and fault propagation. The importance and reliability risks of the software module are combined to evaluate the overall reliability risk of software. According to the historical defect information of software, the characteristics of the defect node are analyzed to predict the software's current version of the high defect risk module. The software reliability level is comprehensively evaluated by combining the software's overall structural quality, reliability risk and defect risk.

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper proposes a method for the comprehensive measurement of software quality and reliability based on the complex network theory. The quality of the overall network structure of software is evaluated in terms of modularity, hierarchy, complexity, and fault propagation. The importance and reliability risks of the software module are combined to evaluate the overall reliability risk of software. According to the historical defect information of software, the characteristics of the defect node are analyzed to predict the software's current version of the high defect risk module. The software reliability level is comprehensively evaluated by combining the software's overall structural quality, reliability risk and defect risk.

Key concepts: Software quality, Computer science, Reliability engineering, Software reliability testing, Software sizing, Verification and validation, Software construction, Software metric

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