Acta Optica Sinica, Volume. 40, Issue 18, 1810002(2020)
Fringe Pattern Inpainting Based on Convolutional Neural Network Denoising Regularization
Fig. 3. Comparison of highlight areas determined by different methods. (a) Normal exposure time fringe pattern; (b) short exposure time fringe pattern; (c) modulation of
Fig. 6. Results of inpainting. (a) Standard fringe pattern; (b) simulated fringe pattern with highlight region; (c) initial value of the iteration with Gaussian noise; (d) inpainting result of Ref. [19] method; (e) inpainting result of Ref. [20] method; (f) inpainting result of proposed method
Fig. 8. Comparison of inpainting results with different initial values. (a) Normal exposure time fringe pattern; (b) inpainting result of
Fig. 9. Fringe pattern inpainting results. (a) Original fringe pattern; (b) initial value for iteration; (c) inpainting result of Ref. [4] method; (d) inpainting result of Ref. [19] method; (e) inpainting result of Ref. [20] method; (f) inpainting result of proposed method
Fig. 10. Phase reconstruction results. (a) Result of Ref. [4] method; (b) result of Ref. [19] method; (c) result of Ref. [20] method; (d) result of iterative initial value; (e) result of proposed method
Fig. 11. Comparsion of gray distribution of fringe pattern under different exposure time. (a) Normal exposure time fringe pattern; (b) short exposure time fringe pattern; (c) inpainting result of proposed method; gray distribution of 170--370 columns in 256 row of (d) normal exposure time fringe pattern and (e) inpainting fringe pattern
Fig. 12. Comparison of reconstruction results. (a) Reconstruction result using normal exposure time fringe pattern; (b) reconstruction result using proposed method inpainting fringe pattern
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Guangze Peng, Wenjing Chen. Fringe Pattern Inpainting Based on Convolutional Neural Network Denoising Regularization[J]. Acta Optica Sinica, 2020, 40(18): 1810002
Category: Image Processing
Received: Jan. 16, 2020
Accepted: Jun. 3, 2020
Published Online: Aug. 27, 2020
The Author Email: Chen Wenjing (chenwj0409@scu.edu.cn)