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IDE Geoprocessing as support for the analysis of vulnerabilities and territorial planning

  • Morocho Zurita, Carlos Villie (Director)
  • Acosta Arias, Enrique Alfredo (Researcher)
  • Ballari Daniela, Elisabet (Researcher)
  • Pacurucu Caceres, Natalia Elizabeth (Researcher)
  • Olmedo Cifuentes, Gonzalo Fernando (Research Associate)
  • Achig Balarezo, Rosario (Assimilated Technical Staff)
  • Bautista Llivisaca, Mateo Sebastian (Assimilated Technical Staff)
  • Santander Jaramillo, Darwin Fabian (Assimilated Technical Staff)

Project: Research

Project Details

Description

Space data infrastructure (IDE) are tools that allow the integration and interoperability of geospatial information sources. One of the great advantages that it presents at the national level is that for at least five years the generation of geospatial information has been promoted by different state entities. Likewise, advances in the development of IDE have achieved that from the Academy promotes research and development seeking to solve other paradigms. The IDE project at the University of Cuenca has achieved great advances, including the possibility of geoprocessing. The Virtual Laboratory City and Lavcite territory has managed to generate territorial and urban models in a semi -automatized way. These models have official sources that have web Servants of Maps of Government Institutions. However, planning also needs information generated from the GADS, among the relevant information is that of vulnerabilities. In an attempt to support information production, this project proposes the generation and subsequent management of vulnerabilities information based on the air information with UAV, integrating the capabilities for land detection (mass movements) of equipment such as laser scanner. On the other hand, an approach to the formation of vulnerability maps based on citizen participation through mobile technology is also made. This will allow the formation of more up -to -date vulnerability maps that can contribute better to territorial and urban planning. Analyzing the models detached from the use of the generated maps must allow us to contribute to the proposal to improve the current models. As a last result, this information is expected to be integrated into the IDE, to provide information for emergency systems such as the use of digital TV displayers. In the last objective it is expected to be able to experience in the forms of integration with this technology so that the visualization and possibly interaction with the information can be tested.

Call for Applications

15th UNIVERSITY RESEARCH COMPETITION
Short titleIDE geoprocessing as support analysis
StatusFinished
Effective start/end date1/06/1731/05/18

Keywords

  • Public participation gis (pp gis)
  • Citizen participation
  • New Information and Communication Technologies (NTIC)
  • LASER SCANER
  • SDI
  • Territorial Planning
  • UAV

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