Autoren
Christian Geiß, Marianne Jilge, Tobia Lakes, Hannes Taubenböck
Publikationsdatum
2015/7/6
Zeitschrift
IEEE Journal of Selected Topics In Applied Earth Observations And Remote Sensing
Band
9
Ausgabe
5
Seiten
1913-1936
Verlag
IEEE
Beschreibung
The ongoing global transformation of human habitats from rural villages to ever growing urban agglomerations induces unprecedented seismic risks in earthquake prone regions. To mitigate affiliated perils requires the seismic assessment of built environments. Numerous studies emphasize that remote sensing can play a valuable role in supporting the extraction of relevant features for preevent vulnerability analysis. However, the majority of approaches operate on building level. This induces the deployment of very high spatial resolution remote sensing data, which hampers, nowadays, utilization capabilities for larger areas due to data costs and processing requirements. In this paper, we alter the spatial scale of analysis and propose concepts and methods to estimate the seismic vulnerability level of homogeneous urban structures. A procedure is designed, which comprises four main steps dedicated to: 1 …
Zitate insgesamt
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Google Scholar-Artikel
C Geiß, M Jilge, T Lakes, H Taubenböck - IEEE Journal of Selected Topics In Applied Earth …, 2015