Urbancontext: A Management Model For Pervasive Environments In User-Oriented Urban Computing

Nowadays, urban computing has gained a lot of interest for guiding the evolution of citiesinto intelligent environments. These environments are appropriated for individuals’ inter-actions changing in their behaviors. These changes require new approaches that allow theunderstanding of how urban compu...

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Main Authors: Claudia L. Zuniga-Canon, Juan Carlos Burguillo
Format: Article
Language:English
Published: AGH University of Science and Technology Press 2014-01-01
Series:Computer Science
Subjects:
Online Access:http://journals.agh.edu.pl/csci/article/download/407/812
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spelling doaj-0be26f0ab41f41a3997ca01312b88bd82020-11-24T23:32:25ZengAGH University of Science and Technology PressComputer Science1508-28062014-01-011517510.7494/csci.2014.15.1.75Urbancontext: A Management Model For Pervasive Environments In User-Oriented Urban ComputingClaudia L. Zuniga-CanonJuan Carlos Burguillo0University of VigoNowadays, urban computing has gained a lot of interest for guiding the evolution of citiesinto intelligent environments. These environments are appropriated for individuals’ inter-actions changing in their behaviors. These changes require new approaches that allow theunderstanding of how urban computing systems should be modeled.In this work we present UrbanContext, a new model for designing of urban computingplatforms that applies the theory of roles to manage the individual’s context in urban envi-ronments. The theory of roles helps to understand the individual’s behavior within a socialenvironment, allowing to model urban computing systems able to adapt to individuals statesand their needs.UrbanContext collects data in urban atmospheres and classifies individuals’ behaviorsaccording to their change of roles, to optimize social interaction and offer secure services.Likewise, UrbanContext serves as a generic model to provide interoperability, and to facilitatethe design, implementation and expansion of urban computing systems.http://journals.agh.edu.pl/csci/article/download/407/812computer science; pervasive computingUrban ComputingContext ModelingPervasive ComputingUbiquitous Spaces.urban computing
collection DOAJ
language English
format Article
sources DOAJ
author Claudia L. Zuniga-Canon
Juan Carlos Burguillo
spellingShingle Claudia L. Zuniga-Canon
Juan Carlos Burguillo
Urbancontext: A Management Model For Pervasive Environments In User-Oriented Urban Computing
Computer Science
computer science; pervasive computingUrban Computing
Context Modeling
Pervasive Computing
Ubiquitous Spaces.urban computing
author_facet Claudia L. Zuniga-Canon
Juan Carlos Burguillo
author_sort Claudia L. Zuniga-Canon
title Urbancontext: A Management Model For Pervasive Environments In User-Oriented Urban Computing
title_short Urbancontext: A Management Model For Pervasive Environments In User-Oriented Urban Computing
title_full Urbancontext: A Management Model For Pervasive Environments In User-Oriented Urban Computing
title_fullStr Urbancontext: A Management Model For Pervasive Environments In User-Oriented Urban Computing
title_full_unstemmed Urbancontext: A Management Model For Pervasive Environments In User-Oriented Urban Computing
title_sort urbancontext: a management model for pervasive environments in user-oriented urban computing
publisher AGH University of Science and Technology Press
series Computer Science
issn 1508-2806
publishDate 2014-01-01
description Nowadays, urban computing has gained a lot of interest for guiding the evolution of citiesinto intelligent environments. These environments are appropriated for individuals’ inter-actions changing in their behaviors. These changes require new approaches that allow theunderstanding of how urban computing systems should be modeled.In this work we present UrbanContext, a new model for designing of urban computingplatforms that applies the theory of roles to manage the individual’s context in urban envi-ronments. The theory of roles helps to understand the individual’s behavior within a socialenvironment, allowing to model urban computing systems able to adapt to individuals statesand their needs.UrbanContext collects data in urban atmospheres and classifies individuals’ behaviorsaccording to their change of roles, to optimize social interaction and offer secure services.Likewise, UrbanContext serves as a generic model to provide interoperability, and to facilitatethe design, implementation and expansion of urban computing systems.
topic computer science; pervasive computingUrban Computing
Context Modeling
Pervasive Computing
Ubiquitous Spaces.urban computing
url http://journals.agh.edu.pl/csci/article/download/407/812
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