%0 Journal Article
%T Geo-inspired model: Agents vectors naturals inspired by the environmental management (AVNG) of water tributaries
%J -
%D 2017
%R https://doi.org/10.14483/22487638.12958
%X Resumen (en_US) Context: Management to care for the environment and the Earth (geo) can be source of inspiration for developing models that allow addressing complexity issues; the objective of this research was to develop an additional aspect of the inspired models. The geoinspired model has two features, the first covering aspects related to environmental management and the behavior of natural resources, and the second has a component of spatial location associated with existing objects on the Earth's surface. Method: The approach developed in the research is descriptive and its main objective is the representation or characterization of a case study within a particular context. Results: The result was the design of a model to emulate the natural behavior of the water tributaries of the Amazon foothills, in order to extend the application of the inspired models and allow the use of elements such as geo-referencing and environmental management. The proposed geoinspired model is called ※natural vectors agents inspired in environmental management§. Conclusions: The agents vectors naturals inspired by the environmental are polyform elements that can assume the behavior of environmental entities, which makes it possible to achieve progress in other fields of environmental management (use of soil, climate, flora, fauna), and link environmental issues with the structure of the proposed model. Resumen (es_ES) Contexto: La gesti車n para cuidar el medio ambiente y la Tierra (geo) puede ser una fuente de inspiraci車n para desarrollar modelos que permitan abordar problemas de complejidad; el objetivo de esta investigaci車n fue desarrollar un aspecto adicional de los modelos inspirados. El modelo geoinspirado tiene dos caracter赤sticas, la primera cubre aspectos relacionados con la gesti車n ambiental y el comportamiento de los recursos naturales, y la segunda tiene un componente de ubicaci車n espacial asociado con objetos existentes en la superficie de la Tierra. M谷todo: El enfoque desarrollado en la investigaci車n es descriptivo y su principal objetivo es la representaci車n o caracterizaci車n de un estudio de caso dentro de un contexto particular. Resultados: El resultado fue el diseˋo de un modelo para emular el comportamiento natural de los afluentes del agua de las estribaciones del Amazonas, con el fin de ampliar la aplicaci車n de los modelos inspirados y permitir el uso de elementos como la georreferenciaci車n y la gesti車n ambiental. El modelo de geoinspiraci車n propuesto se denomina "agentes de vectores naturales inspirados en la gesti車n ambiental". Conclusiones: Los
%K Environment
%K georeferencing
%K flood
%K bioinspired model environmental problem Medio ambiente
%K georreferenciaci車n
%K inundaci車n
%K modelo bioinspirado
%K problema ambiental
%U https://revistas.udistrital.edu.co/index.php/Tecnura/article/view/12958