Testeando mapas
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2023
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Abstract
La culminación más deseada de toda investigación es poder generar una aplicación práctica que aporte una solución a algún problema conocido o simplemente mejore nuestra calidad de vida. Este es precisamente el objetivo de este TFG cuyo planteamiento inicial se basa en una investigación previa realizada sobre OpenStreetMap para evaluar la calidad de sus datos y tratar de buscar un método matemático que encuentre de forma ecaz la información errónea contenida en él. A través de un sistema de Pruebas Metamórcas (MT) perfectamente analizado y ajustado, este estudio propone una potente herramienta de búsqueda de fallos y, por consiguiente, una forma interesante de evaluar la corrección del sistema.
Nuestra aportación está orientada exclusivamente hacia el usuario y se centra en la creación de una aplicación que muestre visualmente lo que han logrado calcular las Pruebas Metamórcas (MT) obtenidas en dicha investigación. Para ello, hemos llevado a cabo un seguimiento exhaustivo en busca de una interfaz sencilla e intuitiva que facilite su accesibilidad y comprensión. De esta forma se amplia el rango de usabilidad y se consigue interpelar a un mayor y más diverso número de usuarios.
The most desired culmination of any research is to be able to generate a practi- cal application that provides a solution to a known problem or simply improve our quality of life. This is precisely the objective of this TFG whose initial approach is based on a previous research carried out on OpenStreetMap to evaluate the quality of its data and try to nd a mathematical method to eciently nd the erroneous information contained in it. Through a perfectly analyzed and tuned Metamorphic Testing (MT) system, this study proposes a powerful fault-nding tool, and therefore an interesting way to evaluate the correctness of the system. Our contribution is exclusively user-oriented, and focuses on the creation of an application that visually displays what the Metamorphic Tests (MT) obtained in this research have managed to calculate. For this purpose, we have carried out an exhaustive research in search of a simple and intuitive interface that facilitates its accessibility and comprehension. In this way, the range of usability is widened and a greater and more diverse number of users is reached.
The most desired culmination of any research is to be able to generate a practi- cal application that provides a solution to a known problem or simply improve our quality of life. This is precisely the objective of this TFG whose initial approach is based on a previous research carried out on OpenStreetMap to evaluate the quality of its data and try to nd a mathematical method to eciently nd the erroneous information contained in it. Through a perfectly analyzed and tuned Metamorphic Testing (MT) system, this study proposes a powerful fault-nding tool, and therefore an interesting way to evaluate the correctness of the system. Our contribution is exclusively user-oriented, and focuses on the creation of an application that visually displays what the Metamorphic Tests (MT) obtained in this research have managed to calculate. For this purpose, we have carried out an exhaustive research in search of a simple and intuitive interface that facilitates its accessibility and comprehension. In this way, the range of usability is widened and a greater and more diverse number of users is reached.
Description
Trabajo de Fin de Grado en Ingeniería Informática, Facultad de Informática UCM, Departamento de Sistemas Informáticos y Computación, Curso 2022/2023.