Enhanced deep learning network for accurate digital elevation model generation from LiDAR data

doi:10.1016/j.autcon.2024.105708

Enhanced deep learning network for accurate digital elevation model generation from LiDAR data

2024-11-01

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Ahmed Ibrahim Alzahrani

DOI：10.1016/j.autcon.2024.105708

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This paper presents a unique hierarchical deep network to tackle the task of identifying and filtering non-ground objects from point cloud data. This task is essential in the building of digital terrain models (DTMs). The proposed network is based on a deep encoder-decoder architecture and includes efficient convolutional connections to improve the identification of items that are not on the ground. In this architectural framework, a block for extracting features is intentionally created to capture a wide range of characteristics at many levels. Additionally, a technique for fusing global and local data is included to further enhance the accuracy of detection. The effectiveness of the proposed deep network in accurately detecting objects is validated by a comparative study with current approaches, utilizing ISPRS data. This analysis demonstrates the superiority of the proposed network in terms of object detection accuracy.

Keywords:

Digital terrain model (DTM)

Point cloud data

Hierarchical deep network

Object classification

Feature fusion

Performance evaluation

Enhanced deep learning network for accurate digital elevation model generation from LiDAR data

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