In sustainable urban mobility, the analysis of the daily life of citizens and mobility plans are being developed using data obtained through traditional methods like surveys. However, it is compulsory a new approach to study how citizens are moving in the city. In this context, the Arequipa Smart City research project developed a mobile application to gather geospatial data of the daily mobility of a group of university students. This work aims to discover urban mobility patterns using the information of the displacement data and the urban spaces represented by polygons. An important stage is to clean the data before to process and analyze the student' mobility data. The analysis of mobility patterns is supported by the duality conditions of space-time. The spatial conditions of the points of interest are analyzed using the geographic location of the students. From this analysis, we understand the demand for the use of urban spaces. Second, the temporal conditions are analyzed using stay time on urban space to discover the frequency of use of urban spaces. The results allow understanding the student's interaction with metropolitan urban spaces. In addition, we discuss the results to explain the importance of the analysis of smart mobility patterns in metropolitan areas to address urban accessibility.
|Title of host publication||2021 2nd Sustainable Cities Latin America Conference, SCLA 2021|
|Editors||Jorge R. Beingolea|
|Publisher||Institute of Electrical and Electronics Engineers Inc.|
|State||Published - 25 Aug 2021|
|Event||2nd Sustainable Cities Latin America Conference, SCLA 2021 - Virtual, Online, Colombia|
Duration: 25 Aug 2021 → 27 Aug 2021
|Name||2021 2nd Sustainable Cities Latin America Conference, SCLA 2021|
|Conference||2nd Sustainable Cities Latin America Conference, SCLA 2021|
|Period||25/08/21 → 27/08/21|
Bibliographical noteFunding Information:
ACKNOWLEDGMENT We want to thank to the Universidad Nacional de San Agustín de Arequipa with contract IBA 0021-2017-UNSA for supporting the research project “Smart city: Diseño de un Modelo conceptual para integración de sistemas sectoriales en ámbitos inteligentes: Medio Ambiente, Seguridad, Sanidad, Salud, Movilidad, Educación, Economía y Gobierno”.
We want to thank to the Universidad Nacional de San Agust?n de Arequipa with contract IBA 0021-2017-UNSA for supporting the research project "Smart city: Dise?o de un Modelo conceptual para integraci?n de sistemas sectoriales en ?mbitos inteligentes: Medio Ambiente, Seguridad, Sanidad, Salud, Movilidad, Educaci?n, Econom?a y Gobierno".
© 2021 IEEE.
- points of interest
- Urban mobility patterns