Abstract
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We present a procedure for exposure and vulnerability evaluation that integrates LiDAR, orthophotos, and other ancillary datasets. It comprises three phases: (1) city stratification into homogeneous regions; (2) exposure database compilation; and (3) vulnerability allocation using predictive modelling. We have conducted two applications in Lorca (Spain) and Port-au-Price (Haiti) and here we compare them. Each phase of the method is subject to variations due mainly to data availability; however, it does not affect the final accuracy that remains high in both scenarios (over 80%). It is a flexible procedure that is able to adapt to the particular features of two different cities. | |
International
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No |
JCR
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No |
Title
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Proceedings of The II Geomatics Engineering Conference |
ISBN
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2504-3900 |
Impact factor JCR
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Impact info
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Volume
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10.3390/proceedings2019019014 |
Journal number
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19(1) |
From page
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14 |
To page
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17 |
Month
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JULIO |
Ranking
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