Examinando por Materia "Variabilidad"

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    Impacto de la ingeniería de líneas de productos de software en la calidad del proyecto base y la eficiencia de su derivación para aplicaciones móviles en Pragma S.A.
    (Universidad EAFIT, 2026-01) Morales Jaimes, Darry Alejandro; Mazo Peña, Raúl Iván
    The mobile application market continues to experience rapid growth and, in this context, the generation of base projects in software development organizations is vital and often depends on manual processes with high variability in quality and effort. This work evaluates the impact of adopting software product line (SPL) engineering practices to derive base projects for mobile applications at Pragma S.A. Under the Design Science Research paradigm, a formal model of characteristics for mobile application architecture (MAAFM) and its reduced operational version (MAAFM-RO) with 72 points of variability; additionally, a configurator was implemented in VariaMos and semi-automatic generation integrations using Mason (Flutter), Gradle/CocoaPods, and XCodegen (Android/iOS), covering up to 80% of the variability modeled for Flutter and 70% for native technologies. The proposal was evaluated with a quasi-experimental paired design in six scenarios (Flutter, Android, and iOS for financial and retail domains), comparing manual derivation vs. LPS-supported derivation. Quality was measured using the IQ_ARQ index, based on ISO/IEC 25010 and composed of SonarCloud metrics and heuristic evaluation by engineers. The results showed evidence of an average reduction in derivation time of 49% and an average increase in architectural quality of 33%, with consistent bootstrap confidence intervals. Based on this, it is concluded that LPS significantly improves derivation efficiency and the quality of the base project, being sensitive to the maturity and maintenance of the initial generators and templates.
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    Marco de referencia para la implementación de DDMRP en la planta de Non Stick GSA
    (Universidad EAFIT, 2019) Builes Henao, Jose Luis; Castro Zuluaga, Carlos Alberto
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    Modeling Variability and Compositionality of Web User Interfaces at a Domain Engineering LevelModeling Variability and Compositionality of Web User Interfaces at a Domain Engineering Level
    (Universidad EAFIT, 2023) Orrego López, Jonathan Deyrson; Mazo Peña, Raúl
    The development of Web User Interfaces (WUIs) is constantly evolving by incorporating new methodologies in the context of Web and product design. Although the Web design process has demonstrated successful use cases by improving user experience, this process is primarily focused on personalization rather than modeling a WUI product at scale. A Software Product Line Engineering (SPLE) framework has been explored to incorporate the process of modeling variability and compositionality of WUIs. These modeling techniques have proven to be applicable in the development of WUIs although these techniques have not been applied simultaneously. With the help of VariaMos framework and Web application, a WUI Modeling Language has been designed allowing programmers to manage both variability and compositionality of WUIs at a domain engineering level. Mainly, this study will demonstrate to what extent a use case can be modeled by using the implemented WUI Modeling Language.
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    Sistema de abastecimiento para minimizar los agotados en una empresa enfocada en distribución
    (Universidad EAFIT, 2024) Olaya Osorno, Gloria Matilde; Ramírez Echeverri, Sergio Augusto