Table 2 3D change detection, summary of the literature review
From: Documentation of paintings restoration through photogrammetry and change detection algorithms
Site | Method | Notes | Authors |
|---|---|---|---|
Baiae (Italy) | 3D change detection and underwater image-based modelling | Status-quo of the archaeological remains before and after the cleaning procedure | Bruno et al. [31] |
Lab experiment | 3D change detection and image-based modelling | Support for the comprehension of buildings, by visualising temporal effects | Peteler et al. [32] |
British Museum, London (UK) | 3D change detection and range-based modelling | Deformation analysis of an ivory panel | Hess et al. [33] |
Hierapolis of Phrygia (Turkey) | 3D change detection and geomatics techniques | Comparison between points clouds spatial geometry, and mapping of changing areas | Chiabrando et al. [34] |
N/A | 3D change detection and geomatics techniques | Temporal analyses and multi-temporal 3D reconstruction of cultural heritage | RodrÃguez-Gonzálvez et al. [35] |
Rimini (Italy) | 3D change detection and image-based modelling | Multi-temporal 3D documentation of an archaeological excavation | Bittelli et al. [36] |
Ferrara (Italy) | 3D change detection, image- and range-based modelling | Comparison and check of metric reliability of data collected UAVs | Bolognesi et al. [37] |