UTN- FRC -Producción Académica de Investigación y Desarrollo - Libros o partes de libro

Permanent URI for this collectionhttp://48.217.138.120/handle/20.500.12272/2454

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    Conceptual modelling of a mobile app for occupational safety using process and objectives patterns
    (Springer, 2018) Medina, Oscar Carlos; Pérez Cota, Manuel; Marciszack, Marcelo Martín; Siban, Mariano Martín; Pérez, Nicolás; Dean, Diego
    A pattern is a model that allows the reuse of a successful solution for the same problem in different contexts. From a Software Engineering approach, there are different pattern types; the present work proposes the use of processes and goals patterns to describe processes at the Conceptual Modelling phase of an information system. We develop a study case over a process supporting an application for occupational safety monitoring in the Public Sector. This process, due to its features and fully digital implementation, can be considered as a repeatable Electronic Government experience. Patterns described here are part of a pattern catalog from the experimental phase of a research that searches to define an analysis model for the application of Conceptual Modelling Patterns for Electronic Government systems
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    Using architecture patterns in the conceptual model of an egov software
    (Springer, 2020) Medina, Oscar Carlos; Romero, María Soledad; Romero, Rubén Anibal; Siban, Mariano Martín; Marciszack, Marcelo Martín
    Context: A model to reuse of a successful solution for the same problem, considering different contexts, is called a Pattern. Patterns can be classified in different types from Software Engineering point of view. Objective: This work focuses on the use of architecture patterns for Conceptual Modelling of a software product. Methods: A study case on a process that supports an occupational safety monitoring application in the Public Sector was analyzed. This experience can be used as a baseline to be used in similar Electronic Government systems. Results: The application of Architecture Patterns allows to define Software Architecture planning the system structure in a middle layer of the Conceptual Modelling. Conclusion: It is feasible to incorporate architecture patterns to the eGov system modelling phase and to increase the software quality level that implements them. The patterns generated from this experience will be used to define a model to analyze the application of patterns in Conceptual Modelling of Electronic Government systems