[2]Terzopoulos D. The computation of visible surface representation. IEEE Trans. on PAMI. 1988,10(4):417~438.
[2]
[3]Baker H H, Binford T O. Depth from edge and intensity based stereo. In: Proc. of 7th. Joint Conf. on Artificial. Intell igence. , Vanconver, Canada,Aug. 1981:631~636.
[3]
[5]Hoff W, AhuJa N. Surfaces from Stereo: Integrating feature matching, Disparity Estimation, and Contour Detection. IEEE trans. on PAMI. 1989,11(2):121~136.
[4]
[7]Cochran S, Medioni G. 3-D surface description from binocular stereo. IEEE Trans. on PAMI, 1992,14(10) :981~994.
[5]
[9]Hannah M J. A system for digital stereo image matching.Photogrammetric engineering and remote sensing, 1989,55 (12):1765~1770.
[6]
[11]Frohlinghaus T, Buhmann J M. Regularizing phase-based stereo. In: International Conference on Pattern Recognitional.http://www. dbv. information. uni- bown. de/abstracts/friehlinghaus- icpr96. html. ICPR\'96, 1996: 451~ 455.
[7]
[12]Crespi B, Cozzi A G. Analog computation for phase-based disparity estimation: continuous and discrete models. Machine Vision and Applications, 1998,11: 83 ~ 95.
[8]
[13]Kanade T, Okutomi M. A stereo matching algorithm with an adaptive window: Theory and Experiments. IEEE Trans, on PAMI. 1994,16(9) :920~932.
[9]
[1]Grimson W E L. Computational experiments with a feature based stereo algorithm. IEEE Trans. on PAMI, 1986,7 (1):17~34.
[10]
[4]Maitre H, Luo W. Using models to improve stereo reconstruction. IEEE Trans. on PAMI. 1992,14(2):269~277.
[11]
[6]Dan Lan-zhong, Roger M. Robust matching by partial correlation. INRIA Technical Report RR-2643, 1995. http://www. inria. fr/rrrt/rr2643. html.
[12]
[8]Sun Chang-ming. A fast stereo matching method. In:Proc. of Digital Image and Vision Computing: Techniques and Applications, Massey University Auchland,New Zealand, 1997:10~12.
[13]
[10]Fauugeras O et al. Real time correlation-based stereo:algorithm, implementation and applications, INRIA Research Report N2013,August 1993.