2019Unpublished venueRequires access

WSQF: Comprehensive Software Quality Evaluation Framework and Benchmark Based on SQuaRE

Naohiko Tsuda, Hironori Washizaki, Kiyoshi Honda, Hidenori Nakai, Yoshiaki Fukazawa, Motoei Azuma, Toshihiro Komiyama, Tadashi Nakano, Hirotsugu Suzuki, Sumie Morita, Kojima Katsue, Akiyoshi Hando

Open publisher page 30 citations

Abstract

Conventional quality evaluations of software concentrate on specific quality characteristics. Moreover, the measurement data are limited to specific products and organizations. Consequently, the present state of product quality and qualityin-use characteristics are not fully understood, preventing effective decision-making for software stakeholders. To alleviate this problem, ISO/IEC defined international standards called the SQuaRE (Systems and software Quality Requirements an Evaluation) series for comprehensive quality measurement and evaluation. However, these standards remain rather general and abstract, making them difficult to apply. In this paper, we establish a SQuaRE-based comprehensive software quality evaluation framework, Waseda Software Quality Framework (WSQF), which concretizes many product quality and qualityin-use measurement methods originally defined in the SQuaRE series. By applying the WSQF to 21 commercial ready-to-use software products, we revealed the status of software product quality. A resulted comprehensive benchmark includes trends of the quality measurement values, relationships among quality characteristics, relationship between quality-in-use and product quality, and relationship between the quality characteristics and product contexts within the limits of an application.

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What this paper is about

Conventional quality evaluations of software concentrate on specific quality characteristics. Moreover, the measurement data are limited to specific products and organizations. Consequently, the present state of product quality and qualityin-use characteristics are not fully understood, preventing effective decision-making for software stakeholders. To alleviate this problem, ISO/IEC defined international standards called the SQuaRE (Systems and software Quality Requirements an Evaluation) series for comprehensive quality measurement and evaluation. However, these standards remain rather general and abstract, making them difficult to apply. In this paper, we establish a SQuaRE-based comprehensive software quality evaluation framework, Waseda Software Quality Framework (WSQF), which concretizes many product quality and qualityin-use measurement methods originally defined in the SQuaRE series. By applying the WSQF to 21 commercial ready-to-use software products, we revealed the status of software product quality. A resulted comprehensive benchmark includes trends of the quality measurement values, relationships among quality characteristics, relationship between quality-in-use and product quality, and relationship between the quality characteristics and product contexts within the limits of an application.

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Available abstract

Conventional quality evaluations of software concentrate on specific quality characteristics. Moreover, the measurement data are limited to specific products and organizations. Consequently, the present state of product quality and qualityin-use characteristics are not fully understood, preventing effective decision-making for software stakeholders. To alleviate this problem, ISO/IEC defined international standards called the SQuaRE (Systems and software Quality Requirements an Evaluation) series for comprehensive quality measurement and evaluation. However, these standards remain rather general and abstract, making them difficult to apply. In this paper, we establish a SQuaRE-based comprehensive software quality evaluation framework, Waseda Software Quality Framework (WSQF), which concretizes many product quality and qualityin-use measurement methods originally defined in the SQuaRE series. By applying the WSQF to 21 commercial ready-to-use software products, we revealed the status of software product quality. A resulted comprehensive benchmark includes trends of the quality measurement values, relationships among quality characteristics, relationship between quality-in-use and product quality, and relationship between the quality characteristics and product contexts within the limits of an application.

Key concepts: Software quality control, Software quality, Quality (philosophy), Computer science, Benchmark (surveying), Product (mathematics), Software measurement, Software quality analyst

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