76 | Shape constancy from binocular disparity with self-motion in depth H Shigemasu, K Okubo, P Yan |
77 | Velocity tunings of binocular disparity channels for very large depth M Sato, S Sunaga |
78 | Visual-motor reaction to 3D motion: binocular parallax VS motion parallax O Levashov |
79 | Stereoscopic fusion with gaze-contingent blur G Maiello, M Chessa, F Solari, P Bex |
80 | Impact of absolute disparities on motion in depth perception in stereoscopic displays Y Fattakhova, P Neveu, K Li, J-L de Bougrenet de la Tocnaye |
81 | A New Evolution of ‘X’ from Motion M Idesawa, X Cheng |
82 | Depth perception in peripheral vision M Arai |
83 | The dependence of 'Change Blindness' on depth of visual objects positioning O Mikhaylova, A Gusev, D Zakharkin |
84 | Higher-resolution image enhances subjective depth sensation in natural scenes K Komine, Y Tsushima, N Hiruma |
85 | Countershading camouflage: using light for concealing 3D information O Penacchio, P G Lovell, G Ruxton, I Cuthill, J M Harris |
86 | Characterising the ‘zone of good stereoscopic depth perception’ in 3d stereo displays L Ryan, S J Watt |
87 | 3D Surface configuration effect in Glass Pattern perception P-Y Chen, C-C Chen |
88 | Surface slant can be perceived from orientation disparities P B Hibbard, K C Scott-Brown |
89 | Environment maps and the perception of shape from mirror reflections M Langer, A Faisman |
90 | Disparity statistics inform the perception of material for glossy objects A Muryy, A Welchman, R Fleming |
91 | Anisotropy of texture gradient as depth cue A Higashiyama, T Yamazaki |
92 | Depth cue priors are modulated by stereoacuity D Smith, H Allen, D Ropar |
93 | Fast switching of cue integration weights O Watanabe, M Matsuda, R Tamura |
94 | Computational model of neuronal system for local and global stereo vision D Matuzevicius, H Vaitkevicius |
95 | A Bayesian approach to half-occlusions M Zannoli, M Banks |
96 | View Point Tricks for Visual Distortion of Photographs K Sugihara |
97 | Binocular LITE K Brecher |