Research Article
Convolutional Autoencoder-Based Deep Learning Approach for Aerosol Emission Detection Using LiDAR Dataset
Table 1
Comparative analysis of previous studies conducted on LiDAR.
| Ref | Technique | Source of data | Outcome | Accuracy |
| Xiu et al. [1] | Semantic segmentation | LiDAR dataset | The entire waveform of LiDAR | 89% | Zhang et al. [2] | Computer vision techniques | Land SAT8 data | Retrieval of Forest aboveground biomass | 90.3% | Melotti and Premebida [5] | Multimodal deep learning | Self-created dataset | Object recognition combining camera | 93% | Zhang et al. [7] | Multisource data fusion | LiDAR dataset | Data fusion | 88% | Wahid et al. [6] | Object exploration vision techniques | Self-created dataset | Distributed soft actor critics | 86.45% |
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