1 Du, H., "Three-Dimensional Shape Measurement with an Arbitrarily Arranged Fringe Projection Profilometry System" 32 (32): 2438-2440, 2007
2 Ganotra, D., "Profilometry for the Measurement of Three-Dimensional Object Shape Using Radial Basis Function, and Multi-layer Perceptron Neural Networks" 209 : 291-301, 2002
3 Chen, F., "Overview of Three-Dimensional Shape Measurement Using Optical Methods" 39 (39): 10-22, 2000
4 Li, B., "Novel Calibration Method for Structured Light System with an Out-of-Focus Projector" 53 (53): 3415-3426, 2014
5 Beale, M, Hagan, M., "Neural Network Toolbox, User's Guide" Mathworks 3.1-30, 2017
6 Chung, B., "Neural Network Model for Phase-Height Relationship of Each Image Pixel in 3D Shape Measurement by Machine Vision" 44 (44): 587-599, 2014
7 Yan, T., "Neural Network Applied to Reconstruction of Complex Objects Based on Fringe Projection" 278 : 274-278, 2007
8 Wasser, P., "Neural Computing: Theory and Practice" Van Nostrand Reinhold 43-59, 1989
9 Huang, L., "Least-Squares Calibration Method for Fringe Projection Profilometry Considering Camera Lens Distortion" 49 (49): 1539-1548, 2010
10 Guo, H., "Least-Squares Calibration Method for Fringe Projection Profilometry" 44 (44): 033603-, 2005
1 Du, H., "Three-Dimensional Shape Measurement with an Arbitrarily Arranged Fringe Projection Profilometry System" 32 (32): 2438-2440, 2007
2 Ganotra, D., "Profilometry for the Measurement of Three-Dimensional Object Shape Using Radial Basis Function, and Multi-layer Perceptron Neural Networks" 209 : 291-301, 2002
3 Chen, F., "Overview of Three-Dimensional Shape Measurement Using Optical Methods" 39 (39): 10-22, 2000
4 Li, B., "Novel Calibration Method for Structured Light System with an Out-of-Focus Projector" 53 (53): 3415-3426, 2014
5 Beale, M, Hagan, M., "Neural Network Toolbox, User's Guide" Mathworks 3.1-30, 2017
6 Chung, B., "Neural Network Model for Phase-Height Relationship of Each Image Pixel in 3D Shape Measurement by Machine Vision" 44 (44): 587-599, 2014
7 Yan, T., "Neural Network Applied to Reconstruction of Complex Objects Based on Fringe Projection" 278 : 274-278, 2007
8 Wasser, P., "Neural Computing: Theory and Practice" Van Nostrand Reinhold 43-59, 1989
9 Huang, L., "Least-Squares Calibration Method for Fringe Projection Profilometry Considering Camera Lens Distortion" 49 (49): 1539-1548, 2010
10 Guo, H., "Least-Squares Calibration Method for Fringe Projection Profilometry" 44 (44): 033603-, 2005
11 Chung, B., "Improved Least-Squares Method for Phase-to-Height Relationship in Fringe Projection Profilometry" 12 (12): 1-11, 2016
12 Wei, G., "Implicit and Explicit Camera Calibration: Theory and Experiments" 16 (16): 469-480, 1994
13 Takeda, M., "Fourier Transform Profilometry for the Automatic Measurement of 3-D Object Shapes" 22 (22): 3977-3982, 1983
14 Zhang, Z., "Flexible Camera Calibration by Viewing a Plane from Unknown Orientations" 666-673, 1999
15 Jia, P., "Comparison of Linear and Nonlinear Calibration Methods for Phase-Measuring Profilometry" 46 : 2007
16 Weng, J., "Camera Calibration with Distortion Model and Accuracy Evaluation" 14 (14): 965-980, 1992
17 Liu, H., "Calibration-Based Phase-Shifting Projected Fringe Profilometry for Accurate Absolute 3D Surface Profile Measurement" 216 : 65-80, 2003
18 Tsai, R., "A Versatile Camera Calibration Technique for High-Accuracy 3D Machine Vision Metrology Using Off-the-Shelf TV Camera and Lenses" 3 (3): 323-344, 1987
19 Tian, A., "A Flexible New Three- Dimensional Measurement Technique by Projected Fringe Pattern" 38 : 585-589, 2006
20 Zhang, Z., "A Flexible New Technique for Camera Calibration" 22 (22): 1330-1334, 2000
21 Sansoni, G., "3D Vision Based on the Combination of Gray Code and Phase Shift Light Projection" 38 (38): 6565-6573, 1999
22 Li, W., "3D Shape Measurement Based on Structured Light Projection Applying Polynomial Interpolation Technique" 124 (124): 20-27, 2013