Laser & Optoelectronics Progress, Volume. 55, Issue 11, 112801(2018)
Comparison and Analysis of Gaussian Decomposition and Gaussian Wavelet Decomposition for GLAS Full Waveform Data
Fig. 2. Results of full waveform data processing. (a) Regularized waveform; (b) filtered waveform; (c) waveform after removing background noise
Fig. 5. Laser foot point distributions of several typical ground objects. (a) Barren of flat area; (b) grassland of flat area; (c) buildings of town area; (d) woodland of flat area; (e) barren of slope area; (f) grassland of slope area; (g) terraces of hilly area; (h) woodland of slope area
Fig. 6. Original echo waveforms of several typical ground objects. (a) Barren of flat area; (b) grassland of flat area; (c) buildings of town area; (d) woodland of flat area; (e) barren of slope area; (f) grassland of slope area; (g) terraces of hilly area; (h) woodland of slope area
Fig. 7. Pre-processed waveforms of several typical ground objects and fitting results of waveform component of Gaussian decomposition and Gaussian wavelet decomposition. (a) Barren of flat area; (b) grassland of flat area; (c) buildings of town area; (d) woodland of flat area; (e) barren of slope area; (f) grassland of slope area; (g) terraces of hilly area; (h) woodland of slope area
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Dongmei Huang, Jiheng Xu, Wei Song, Zhenhua Wang, Xiangfeng Liu. Comparison and Analysis of Gaussian Decomposition and Gaussian Wavelet Decomposition for GLAS Full Waveform Data[J]. Laser & Optoelectronics Progress, 2018, 55(11): 112801
Category: Remote Sensing and Sensors
Received: May. 8, 2018
Accepted: May. 29, 2018
Published Online: Aug. 14, 2019
The Author Email: Xiangfeng Liu (xiangfeng_liu@163.com)