Towards a new software quality model for evaluation the quality of gamified systems

Azouz, Omaz; Lefdaoui, Youssef

doi:10.4108/eai.16-1-2018.153640

Cited by 3 publications

(1 citation statement)

References 3 publications

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“…As an illustration, Vanderfeesten's model is derived from existing software programs, Khlif's model is derived from object-oriented software, and Guceglioglu's model is derived from the ISO/IEC 9126 Software Product Quality Model [25]. The ISO 25010 quality model is commonly employed to assess the quality of gamified systems [26]. The use of software quality assurance and measurement frameworks serves to enhance the efficacy of a product.…”

Section: Introductionmentioning

confidence: 99%

software quality measurement: A Comprehensive review

2023

Proceeding Book of 2nd International Conference on Contemporary Academic Research ICCAR 2023

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The measurement of software quality is an essential component in contemporary software development since it guarantees the dependability and effectiveness of software products. This article offers a comprehensive examination of the importance, aspects, and methodologies employed in the assessment of software quality. The paper commences by providing a comprehensive introduction to software quality and its different dimensions. It subsequently explores a range of measurement methods, which span both process and product metrics, as well as objective and subjective metrics.The literature review part presents a comprehensive categorization of various techniques for measuring software quality, offering a perceptive critique of the existing models. This study provides a comprehensive analysis of the difficulties and advantages associated with the implementation of software quality measurement. It offers unique perspectives on the typical obstacles faced during contemporary software quality evaluation. Moreover, the article showcases real-life applications and case studies that exemplify the practical utilisation of various measuring approaches. Through the examination of these applications, readers can gain a pragmatic comprehension of the implementation of software quality measurement in various contexts.The report finishes by elucidating emerging trends and proposing potential avenues for future research in the domain of software quality monitoring. The primary goal of this study is to examine innovations and identify prospective areas for further inquiry within the field of software quality assessment. The study places particular emphasis on future trends and innovations that have the potential to dramatically impact the domain of software quality assessment.

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Section: Introductionmentioning

confidence: 99%

software quality measurement: A Comprehensive review

2023

Proceeding Book of 2nd International Conference on Contemporary Academic Research ICCAR 2023

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SPMM: A Model Taxonomy for Designing and Managing Quality System

Mannan

Ansari

2022

IEEE Access

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Software engineering is a discipline of Computer Science in which the new sub-areas are constantly added, especially in the area of quality, data management, and architectural design. Nowadays software development languages and processes are rapidly changing to deliver high-quality software products, i.e., usable systems, hybrid, and fulfill users' needs. This paper aims to identify and classify different process models proposed by the researchers based on characteristics of software quality, data management, and software integration and redesign. From a study of several models through a systematic mapping study, we identify different parameters and presented them in a traceability matrix. The parameters are classified into six areas. This paper provides an in-depth theoretical insight into the models and characteristics. A systematic mapping study was conducted through a literature review. The methodology used in this paper is both qualitative and quantitative. Initially, through a systematic mapping study, we study different models working on different parameters. And then proposed a model that can cover all the aspects of software implementation and management. We select ERP systems for it. Later we perform the GAP analysis and statistical evaluation of the model. It has been observed that all of the models are area specific either focused on quality parameters or management issues or architectural-based. The proposed model covers all aspects. The primary research shows that industrialists also need a better model for quality implementation. Our statistical analysis can serve as a decision-making tool for them to add to their decision-making processes. The other could use it to further enhance the framework for quality management. This model will enhance further in the future for better implementation.

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