Modern remote sensing instruments, mounted on aerial platforms and assisted through the use of automated procedures are now capable of acquiring data over a vast area in a short timeframe. Thanks to innovative processing methods and algorithms it is then possible to rapidly deliver results with a high detail and accuracy. The paper provides an overview, through different case studies and examples, on the evolving complete pipeline required to survey, process, store, integrate, analyse and deliver data in the form of a 3D city model for GIS application in the urban environment. A comprehensive 3D city model is, in fact, the necessary multi- disciplinary backbone for the ubiquitous sensors of a Smart City.

INNOVATIVE USE AND INTEGRATION OF REMOTE SENSED GEOSPATIAL DATA FOR 3D CITY MODELING AND GIS URBAN APPLICATIONS

Lambertini, Alessandro
2018

Abstract

Modern remote sensing instruments, mounted on aerial platforms and assisted through the use of automated procedures are now capable of acquiring data over a vast area in a short timeframe. Thanks to innovative processing methods and algorithms it is then possible to rapidly deliver results with a high detail and accuracy. The paper provides an overview, through different case studies and examples, on the evolving complete pipeline required to survey, process, store, integrate, analyse and deliver data in the form of a 3D city model for GIS application in the urban environment. A comprehensive 3D city model is, in fact, the necessary multi- disciplinary backbone for the ubiquitous sensors of a Smart City.
Ricerche di Geomatica 2017
131
140
Lambertini, Alessandro
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/656070
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