Smart City Gnosys

Smart city article details

Title Multidimensionality And Central Components Of Smart Cities: Cascavel City Case Study
ID_Doc 38514
Authors Lanza, BBB; Rezende, DA
Year 2021
Published REVISTA TECNOLOGIA E SOCIEDADE, 17, 47
DOI http://dx.doi.org/10.3895/rts.v17n47.12698
Abstract A multidimensional structure adapted to the context of a Brazilian city, including Government, Society, Physical Environment, in addition to Technology, can measure or serve as a guide for cities that want to become intelligent. The objective was to test the Understanding Smart Cities framework: An Integrative Framework in Cascavel-PR. The research methodology focuses on an exploratory study that uses dimensions, components, and elements of the structure, including 10 in-depth interviews with the city's main managers, Mayor, Vice-Mayor, and Secretaries. The data were complemented and triangulated by documentary analysis, including internal documents, publications on official websites of the Municipality of Cascavel. The study alters empirical changes, with changes to three elements, incorporation of five new ones, and exclusion of four other elements. The results obtained indicate that the dimensions: Government, Society, Physical Environment, Technology, and Data, are adherent in the context of a medium-sized Brazilian city. The conclusion reiterates that the elements included in this structure can be used as a guide, as a city works to become more intelligent and more human.
Author Keywords Smart cities; Smart city Multidimensionality; Information technology; Government; Society


Similar Articles


Id Similarity Authors Title Published
61704 View0.888Lanza B.B.B.; Gil-Garcia J.R.; Pardo T.A.What Makes A City Smart?: Reconsidering The Core Components In The Brazilian ContextACM International Conference Proceeding Series (2020)
48019 View0.867McKenna H.P.Seeing Smart Cities Through A Multi-Dimensional Lens: Perspectives, Relationships, And Patterns For SuccessSeeing Smart Cities Through a Multi-Dimensional Lens: Perspectives, Relationships, and Patterns for Success (2021)
38502 View0.866Arroyo-Cañada F.-J.; Gil-Lafuente J.Multidimensional Positioning Of A Set Of European Smart CitiesInnovation, Technology and Knowledge Management (2017)
50735 View0.863Caglioni M.; Fusco G.; Venerandi A.Smart Data For Smart City Morphology: The Case Of Meridia Neighborhood In Nice, FranceISPRS Annals of the Photogrammetry, Remote Sensing and Spatial Information Sciences, 6, 4/W2 (2020)
59532 View0.862Nicolas, C; Kim, J; Chi, SUnderstanding The Influences Of Urban-Specific Contexts For Smart City Development Using Structural Equation ModelingJOURNAL OF URBAN PLANNING AND DEVELOPMENT, 147, 2 (2021)
15489 View0.861Turovsky A.A.; Mironova N.N.; Sibiryaev A.S.; Anishchenko A.N.Concept Of “Smart City” In The Framework Of Scientific DiscourseLecture Notes in Networks and Systems, 200 (2021)
44783 View0.86Soares N.; Monteiro P.; Duarte F.J.; Machado R.J.Reference Models For Intelligent Cities: An Aligned TemplateDeveloping and Monitoring Smart Environments for Intelligent Cities (2020)
20398 View0.858HamaMurad Q.H.; Jusoh N.M.; Ujang U.Dimensions And Attributes Of Smart City Framework: Systematic Literature ReviewLecture Notes in Electrical Engineering, 1209 LNEE (2024)
50178 View0.858Yang R.; Zhen F.Smart City Development Models: A Cross-Cultural Regional Analysis From Theory To PracticeResearch in Globalization, 8 (2024)
55434 View0.857Costa E.M.The Eight Dimensions Of A More Humane And Sustainable Smart CityHumane and Sustainable Smart Cities: A Personal Roadmap to Transform Your City after the Pandemic (2021)