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EnglishThis contribution wants to explore the potentials of informing the design of large-scale networks of paths with predictive models, capable of combining a simulation of users' behaviors within the space and the geo-morphologic intrinsic characteristics of the site. Our work investigates how a deeper knowledge of topology allowed by new technologies could support the application of behavioral modeling at the landscape scale, indirectly informing the creation of paths in the absence of reliable in situ observations on the actual use of a determined area. Thus, the creation of a predictive model capable of simulating users' behaviors according to pre-established parameters can be developed thanks to the cross use of parametric design softwares and territorial informative systems, with the aim of managing and processing a series of useful information deduced both from experience and from the established outputs of studying desire lines, for defining a bundle of potential routes in a given spatial context.
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| Data di pubblicazione: | 2017 | |
| Titolo: | Designing Desire. A Parametric Approach to the Planning of Landscape Paths | |
| Autori: | Dorato, Elena; Lobosco, Gianni | |
| Rivista: | CONVERGÊNCIAS | |
| Parole Chiave: | desire lines, urban design, parametric landscape architecture, behavioral modeling, topology | |
| Abstract in spagnolo: | Este articulo quiere explorar los potenciales de informar el diseño de redes de caminos a gran escala con modelos predictivos, capaces de combinar una simulación de comportamientos de los usuarios dentro del espacio con las características geomorfológicas del sitio. Nuestro trabajo investiga cómo un conocimiento más profundo de la topología, permitido por las nuevas tecnologías, podría apoyar la aplicación de modelos de comportamiento a la escala del paisaje, indirectamente informando acerca de la creación de caminos en ausencia de fiables observaciones in situ sobre el uso real de un área determinada. De esta manera, se puede desarrollar un modelo predictivo capaz de simular los comportamientos de los usuarios según los parámetros preestablecidos gracias al uso cruzado de software de diseño paramétrico y sistemas informativos territoriales, con el objetivo de gestionar y procesar una serie de informaciones útiles deducidas tanto de la experiencia como de los resultados establecidos del estudio de las desire lines, para definir un conjunto de rutas potenciales en un contexto espacial dado. | |
| Abstract in inglese: | This contribution wants to explore the potentials of informing the design of large-scale networks of paths with predictive models, capable of combining a simulation of users' behaviors within the space and the geo-morphologic intrinsic characteristics of the site. Our work investigates how a deeper knowledge of topology allowed by new technologies could support the application of behavioral modeling at the landscape scale, indirectly informing the creation of paths in the absence of reliable in situ observations on the actual use of a determined area. Thus, the creation of a predictive model capable of simulating users' behaviors according to pre-established parameters can be developed thanks to the cross use of parametric design softwares and territorial informative systems, with the aim of managing and processing a series of useful information deduced both from experience and from the established outputs of studying desire lines, for defining a bundle of potential routes in a given spatial context. | |
| Handle: | http://hdl.handle.net/11392/2378799 | |
| Appare nelle tipologie: | 03.1 Articolo su rivista |
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