Modelo para la medición del progreso del alfa sistema de software del núcleo de Semat con base en las normas ISO/IEC 2502n e ISO/IEC 2504n
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Semat es una iniciativa desarrollada para refundar la ingeniería de software como una disciplina rigurosa basada en una teoría sólida, principios probados y mejores prácticas. La norma ISO/IEC 25000 (SQuaRE) es un estándar internacional que permite evaluar la calidad del producto de software, sustituyendo a las normas ISO/IEC 9126 e ISO/IEC 14598. En algunos estudios se relacionan implícitamente las características y métricas de la calidad de las normas ISO/IEC 9126 e ISO/IEC 25000 con los estados del alfa sistema de software del núcleo de Semat. En otros proyectos se muestra una relación esquemática entre las características, sub-características y medidas de calidad de las normas ISO/IEC 9126 e ISO/IEC 25000 y los estados de los alfas, pero no existe relación explicita entre las características y medidas con cada uno de los estados del alfa sistema de software del núcleo de la Esencia de Semat. Teniendo como base estos hallazgos, en esta Tesis de Doctorado se plantea la elaboración de un modelo para la medición del progreso del alfa sistema de software del núcleo de Semat con base en las normas ISO/IEC 2502n e ISO/IEC 2504n. La propuesta se centra en la selección de las medidas adecuadas de los estados del alfa sistema de software para estructurar las relaciones entre ellos, validando su aplicación usando la metodología de caso de estudio con una empresa desarrolladora de software y desarrollando un modelo para la medición de la calidad del producto. Los resultados son prometedores, ya que se puede usar para establecer un modelo coherente y estructural para evaluar la salud y el progreso del alfa sistema de software en un esfuerzo en ingeniería de software.
Abstract: Semat is an initiative developed for refounding the software engineering by defining a theoretical basis, best practices, and a set of widely-agreed elements. ISO/IEC 25000 (System and Software Quality Requirements and Evaluation-SQuaRE) is an international standard, which allows for evaluating the software product quality. ISO 25000 replaces ISO/IEC 9126 and ISO/IEC 14598 standards. Quality characteristics and measures of ISO/IEC 25000 and ISO/IEC 9126 standards are implicitly related to software system states of the Semat kernel in some studies. In other projects, a schematic relationship between ISO/IEC 9126 and ISO/IEC 25000 quality characteristics, sub-characteristics and measures is shown, but they lack explicit relationship between measures and characteristics with each one of the software system states of the Semat Essence. According to the aforementioned findings, in this PhD thesis we propose the development of a model for measuring software system alpha progress based on the ISO/IEC 2502n and the ISO/IEC 2504n standards. This PhD thesis is focused on the selection of the appropriate measures of the software system states in order to structure the relationships between them, validating them by using a case study methodology related to a software development company, and developing a model for product quality measurement. The results are promising since we can use them to establish a coherent and structural model for evaluating health and progress of the software system alpha of a software engineering endeavour.
Abstract: Semat is an initiative developed for refounding the software engineering by defining a theoretical basis, best practices, and a set of widely-agreed elements. ISO/IEC 25000 (System and Software Quality Requirements and Evaluation-SQuaRE) is an international standard, which allows for evaluating the software product quality. ISO 25000 replaces ISO/IEC 9126 and ISO/IEC 14598 standards. Quality characteristics and measures of ISO/IEC 25000 and ISO/IEC 9126 standards are implicitly related to software system states of the Semat kernel in some studies. In other projects, a schematic relationship between ISO/IEC 9126 and ISO/IEC 25000 quality characteristics, sub-characteristics and measures is shown, but they lack explicit relationship between measures and characteristics with each one of the software system states of the Semat Essence. According to the aforementioned findings, in this PhD thesis we propose the development of a model for measuring software system alpha progress based on the ISO/IEC 2502n and the ISO/IEC 2504n standards. This PhD thesis is focused on the selection of the appropriate measures of the software system states in order to structure the relationships between them, validating them by using a case study methodology related to a software development company, and developing a model for product quality measurement. The results are promising since we can use them to establish a coherent and structural model for evaluating health and progress of the software system alpha of a software engineering endeavour.