引用文献－2014－

(1)Barendregt,M., Dumoulin,S.O. & Rokers,B. 2014 Stereomotion scotomas occur after binocular combination. Vision Research 105,92–99.

(2)Burge,J. & Geisler,W.S. 2014 Optimal disparity estimation in natural stereo images. Journal of Vision,14(2):1, 1–18.

(3)Koenderink,J., van Doorn,A. & Wagemans,J. 2014 Local shape of pictorial relief.  i-Perception, 5,188–204.

(4)Deas,L.M. & Wilcox,L.M. 2014 Gestalt grouping via closure degrades 　suprathreshold depth percepts. Journal of Vision 14(9):14, 1–13.

(5)Dobkins,K. & Harms. R. 2014 The face inversion effect in infants is   driven by high, and not low, spatial frequencies. Journal of Vision, 14(1):1, 1–17.

(6)Fantoni,C, Caudek,C & Domini,F. 2014 Misperception of rigidity from actively generated optic flow. Journal of Vision 14(3):10, 1–22.

(7)Farell,B. & Ng,C.2014 Perceived depth in non-transitive stereo displays. Vision Research,105,137–150.

(8)Fesi,J,D.,Thomas,A.L. & Gilmore,R.O. 2014 Cortical responses to optic flow and motion contrast across patterns and speeds. Vision Research,100,56–71

(9)Gajewski,D.A., Wallin,C.P.& Philbeck,J.W. 2014 Gaze behavior and the perception of egocentric distance. Journal of Vision,14(1):20, 1–19.

(10)Harris,J.M.2014 Volume perception: Disparity extraction and depth representation in complex three-dimensional environments. Journal of Vision,14(12):11, 1–16.

(11)Harris,L.R. & Mander,C. 2014 Perceived distance depends on the orientation of both the body and the visual environment. Journal of Vision, 14(12):17, 1–8.

(12)Howard,I.P.,Fujii,Y. & Allison,R.S. 2014 Interactions between cues to visual motion in depth. Journal of Vision,14(2):14, 1–16.

(13)Ivanov,I.V., Kramer,D.J. & Mullen,K.T. 2014 The role of the foreshortening cue in the perception of 3D object slant. Vision Research,94,41–50.

(14)Kavšek,M. 2014 Infants’ discrimination of crossed and uncrossed horizontal disparity. Attention, Perception, & Psychophysics, 76, 1429-1436.

(15)Khuu,S.K.,Gordon,J.,Balcomb,K.& Kim,J. 2014 The perception of three-dimensional cast-shadow structure is dependent on visual awareness. Journal of Vision,14(3):25,1–16.

(16)Kim,J., Kane,D. &  Banks,M.S. 2014 The rate of change of vergence-accommodation conflict affects visual discomfort. Vision Research 105, 159–165.

(17)Kim,J. & Khuu,S. 2014 A new spin on vection in depth. Journal of Vision, 14(5):5, 1–10.

(18)Kogo,N., Drozdzewska,A., Zaenen,P., Alp,N. & Wagemans,J. 2014 Vision Research, 96,53–64.

(19)Leveille,J.,Myers,E. & Yazdanbakhsh,A. 2014 Object-centered reference frames in depth as revealed by induced motion. Journal of Vision,14(3):15, 1–11.

(20)Peng,Q. & Shi,B.E. 2014 Neural population models for perception of motion in depth. Vision Research,101,11–31.

(21)Perdreau,F & Cavanagh,P. 2014 Drawing skill is related to the efficiency of encoding object structure. i-Perception 5, 101–119.

(22)Sakano,U. & Allison,R.S. 2014 Aftereffect of motion-in-depth based on binocular cues: Effects of adaptation duration, interocular correlation, and temporal correlation. Journal of Vision, 14(8):21, 1–14

(23)Scocchia, Valsecchi,M., Gegenfurtner,K.R. & Triesch,J. 2014 Differential effects of visual attention and working memory on binocular rivalry. Journal of Vision,14(5):13, 1–15.

(24)Sweeney,L.E., Seidel,D., Day,M. & Gray.L.S. 2014 Quantifying interactions between accommodation and vergence in a binocularly normal population. Vision Research 105, 121–129.

(25)Todd,J.T.,Eagan,E.J.L. & Phillips,F. 2014　 Is the perception of 3D shape from shading based on　assumed reflectance and illumination?　 i-Perception,5, pages 497–514.

(26)Todd,J.T., Weismantel,E. & Kallie,C.S. 2014  On the relative detectability of configural properties. Journal of Vision,14(1):18, 1–8.

(27)Tsirlin,I.,Wilcox,L.M. & Allison,R.S. 2014 A computational theory of da Vinci stereopsis. Journal of Vision, 14(7):5,1–26.

(28)Vienne,C., Sorin,L.,Blondé,L.,Huynh-Thu,Q. &  Mamassian.P. 2014 Effect of the  accommodation-vergence conflict on vergence eye movements. Vision Research 100,124–133

(29)Wardle,S.G., Palmisano.S. & Gillam,B.J. 2014 Monocular and binocular edges enhance the perception of stereoscopic slant. Vision Research, 100,113–123.

(30)Yoonessi,A. & Baker, Jr. C.L. 2014 Boundary segmentation from dynamic   occlusion-based motion parallax. Journal of Vision,14(4):15,1–15.

(31)Zeiner.K.M., Spitschan,M. & Harris,J.M. 2014 Perceptual integration across natural monocular regions. Journal of Vision, 14(3):5, 1–14.