SIG 3D para la gestion de infraestructuras subterraneas
Fecha
2016-11-08
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Jaén: Universidad de Jaén
Resumen
El objetivo fundamental es la creacion de un sistema capaz de llevar a cabo todo el proceso de gestion de una infraestructura del subsuelo. Por tanto, la herramienta debe ser capaz de cargar, visualizar, editar y analizar el conjunto de elementos que forman dicha infraestructura. La tecnologia empleada sera aquella que permita realizar todas las operaciones anteriores de forma ubicua. Para ello se van a estudiar e implementar en su caso la tecnologia de Realidad Aumentada. Con esta, sera posible visualizar en 3D e insitu las infraestructuras del subsuelo que no son visibles a primera vista. Permitira ademas, obtener y modificar la informacion asociada, editando en su caso la geometria asociada. Este mecanismo permitira realizar todo el ciclo de vide de las infraestructuras subterraneas.
The fundamental objective is the creation of a system capable of carrying out the entire process of managing a subsoil infrastructure. Therefore, the tool must be able to load, visualize, edit and analyze the set of elements that make up said infrastructure. The technology used will be the one that allows all the previous operations to be carried out ubiquitously. For this, they will study and implement the Augmented Reality technology. With this, it will be possible to visualize in 3D and insitu subsurface infrastructures that are not visible at first sight. It will also allow, obtain and modify the associated information, editing the associated geometry. This mechanism will make it possible to carry out the entire vide cycle of the underground infrastructures.
The fundamental objective is the creation of a system capable of carrying out the entire process of managing a subsoil infrastructure. Therefore, the tool must be able to load, visualize, edit and analyze the set of elements that make up said infrastructure. The technology used will be the one that allows all the previous operations to be carried out ubiquitously. For this, they will study and implement the Augmented Reality technology. With this, it will be possible to visualize in 3D and insitu subsurface infrastructures that are not visible at first sight. It will also allow, obtain and modify the associated information, editing the associated geometry. This mechanism will make it possible to carry out the entire vide cycle of the underground infrastructures.