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| Slope type | Author (year) | Research content |
|
| Open-pit mining slope | Depeng YU et al. (2010) [14] | The three-dimensional laser scanning technology is used to monitor it, and the point cloud data acquisition and processing are used to analyze its deformation characteristics to study the slope’s distortion accurately. |
| E. Manda Mvula et al. (2019) [15] | The sloping structure is scanned by 3D laser scanning technology, and a comprehensive, reasonable and reliable 3D point cloud structure database is created. |
| Water conservancy engineering slope | Hu Chao et al. (2015) [16] | Using 3D laser scanning technology to calculate the excavation volume of the slope, a new algorithm for calculating the volume of the excavation body using laser scanning data is proposed. |
| Mountain slope | Yiheng Pan et al. [17] (2014) | The design, data acquisition, data processing and data analysis of 3D laser scanning monitoring scheme are systematically introduced. From this, the overall deformation characteristics of Ginkgo landslide and the advantages and disadvantages of 3D laser scanning technology in landslide monitoring are obtained. |
| Kociuba W et al. [18] (2014) | The application of terrestrial laser scanning (TLS) to accurately model land landforms and quantitatively estimate spatial and temporal transformations can contribute to a better understanding of watershed formation processes. |
| High road slope | Mengyuan Si, etc. [19] (2020) | Three-dimensional laser scanning technology is used to study its deformation monitoring to evaluate and warn the slope stability |
| Cliffside | Kuhn, D. et al. [20] (2014) | Using 3D laser scanning technology, high-resolution laser scans of the ground surface (including landslide expansion, spatial and temporal variations) were performed over five years of a cliff, and calculations were performed to quantify the large volumes that lead to erosion processes and slope instability. |
| High Slope of Domestic Waste Incineration Power Plant | Wenlian Liu et al. [21] (2021) | The spatial distribution and geometric form of argillized interlayers in rock slopes are analyzed and studied by using 3D laser scanning technology. |
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