Area
Facultad de Ingeniería
Department
Computing, Electronics and Communication Technologies
Email:
joseluis.izkara@deusto.esArticles in Scientific Journals
Leveraging Local Digital Twins for planning age-friendly urban environments / Cities
Izkara Martinez, Jose Luis
ISBNAR: 0264-2751 / Volume: 155 / Date: 2024
Incremental decision making for historic urban areas? energy retrofitting: EFFESUS DSS / Journal of Cultural Heritage
Izkara Martinez, Jose Luis
ISBNAR: 1296-2074 / Volume: 54 / Start page: 68 / End page: 78 / Date: 2022
A holistic and interoperable approach towards the implementation of services for the digital transformation of smart cities: The case of Vitoria-Gasteiz (Spain) / Sensors
Izkara Martinez, Jose Luis
ISBNAR: 1424-8220 / Volume: 21 / Journal number: 8061 / Date: 2021
Novel Approach for Designing the Deployment of Urban Wifi Based on an Urban 3D Model and a Web Tool / Sustainable Civil Infrastructures
Izkara Martinez, Jose Luis
ISBNAR: 2366-3405 / Start page: 35 / End page: 48 / Date: 2020
Spatial Decision Making for Improvement of the Resilience of the Historic Areas: SHELTER DSS
Izkara Martinez, Jose Luis
Congress name: Spatial Decision Making for Improvement of the Resilience of the Historic Areas: SHELTER DSS / ISBN: 978-3-031-54117-9 / City: L'Aquila / Country: Italia / Web: https://www.centroplaneco.it/input2023/ / Publication name: Spatial Decision Making for Improvement of the Resilience of the Historic Areas: SHELTER DSS / Start date: 2023/09/06 / End date: 2023/09/08
3D-GIS models to support the co-creation of energy efficient strategies for historic urban environments
Izkara Martinez, Jose Luis
Congress name: 3D-GIS models to support the co-creation of energy efficient strategies for historic urban environments / ISBN: 978-84-09-17873-5 / Country: España / Web: https://www.rehabend.unican.es/2020/ / Publication name: 3D-GIS models to support the co-creation of energy efficient strategies for historic urban environments / Start date: 2020/09/27 / End date: 2020/09/30