Table 8.

A comprehensive summary of LiDAR-based assessment techniques for post-disaster reconnaissance.

References	Laser-Based Scanning Device	Type of Assessment	Post-Processing Method(s)
[7]	N/A	Earthquake-induced building damages	Pre- and post-Event comparison
[106]	Lecia ALS50	Collapsed building detection	Segmentation algorithm with maxent and rule-based classifiers
[107]	N/A	Earthquake-induced building damages	Difference maps
[108]	Optech LYNX Mobile Mapper M1	Hazard maps-hurricanes	Pre- and post-event comparison
[109]	Leica ScanStation C10 and ScanStation 2	Earthquake-induced building damages	N/A
[110]	Blom-CGR	Earthquake-induced building damages	Gabor Wavelets, Support Vector Machines and Random Forest
[111]	N/A	Earthquake-induced building damages	Point Cloud and BIM model comparison
[112]	Optech LYNX Mobile Mapper M1	Hurricane-induced building damages	Pre- and post-event comparison
[113]	N/A	Earthquake-induced building damages	Surface Normal Algorithms and Standard Deviation Ratio
[114]	Lecia ALS60	Earthquake-induced building damages	Classification algorithm
[115]	FARO Focus 3D	Damage evaluation	Hybrid method-3d coordinate and image-based
[116]	Leica ALS50II	Earthquake-induced building damages	Correlation coefficients of dsms
[117]	Optech LYNX Mobile Mapper M1	Structural damage evaluation	Segmentation technique
[118]	N/A	Hurricane-induced building damages	Clustering matching algorithm
[119]	Leica ALS60	Damage evaluation	Vosselman filtering method
[120]	N/A	Earthquake-induced building damages	Modal analysis