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Legibility of Chinese characters in peripheral vision and the top-down influences on crowdingZHANG, Jun-Yun; TING ZHANG; FENG XUE et al.Vision research (Oxford). 2009, Vol 49, Num 1, pp 44-53, issn 0042-6989, 10 p.Article

The contribution of peripheral and central vision in the control of movement amplitudeLAWRENCE, Gavin P; KHAN, Michael A; BUCKOLZ, Eric et al.Human movement science. 2006, Vol 25, Num 3, pp 326-338, issn 0167-9457, 13 p.Article

The functional role of central and peripheral vision in the control of postureBERENCSI, Andrea; ISHIHARA, Masami; IMANAKA, Kuniyasu et al.Human movement science. 2005, Vol 24, Num 5-6, pp 689-709, issn 0167-9457, 21 p.Conference Paper

Loss of spatial phase relationships in extrafoveal visionRENTSCHLER, I; TREUTWEIN, B.Nature (London). 1985, Vol 313, Num 6000, pp 308-310, issn 0028-0836Article

On the local channel structure of sustained peripheral visionKONTSEVICH, Leonid L; TYLER, Christopher W.SPIE proceedings series. 2004, pp 26-33, isbn 0-8194-5195-9, 8 p.Conference Paper

Effects of strenuous exercise on visual perception are independent of visual resolutionANDO, Soichi; KOKUBU, Masahiro; NAKAE, Satoshi et al.Physiology & behavior. 2012, Vol 106, Num 2, pp 117-121, issn 0031-9384, 5 p.Article

Spatial-frequency cutoff requirements for pattern recognition in central and peripheral visionKWON, Miyoung; LEGGE, Gordon E.Vision research (Oxford). 2011, Vol 51, Num 18, pp 1995-2007, issn 0042-6989, 13 p.Article

Foveal and extra-foveal orientation discriminationSALLY, Sharon L; GURNSEY, Rick.Experimental brain research. 2007, Vol 183, Num 3, pp 351-360, issn 0014-4819, 10 p.Article

Non-monotonic changes in performance with eccentricity modeled by multiple eccentricity-dependent limitationsPOIRIER, Frédéric J. A. M; GURNSEY, Rick.Vision research (Oxford). 2005, Vol 45, Num 18, pp 2436-2448, issn 0042-6989, 13 p.Article

Resolution of static and dynamic stimuli in the peripheral visual fieldLEWIS, Peter; ROSEN, Robert; UNSBO, Peter et al.Vision research (Oxford). 2011, Vol 51, Num 16, pp 1829-1834, issn 0042-6989, 6 p.Article

Peripheral sensitivity to biological motion conveyed by first and second-order signalsGURNSEY, Rick; TROJE, Nikolaus F.Vision research (Oxford). 2010, Vol 50, Num 2, pp 127-135, issn 0042-6989, 9 p.Article

Central and near peripheral retinal contributions to the depth-of-focus using naturalistic stimulationCIUFFREDA, Kenneth J; BIN WANG; WONG, David et al.Vision research (Oxford). 2005, Vol 45, Num 20, pp 2650-2658, issn 0042-6989, 9 p.Article

Contrast polarity differences reduce crowding but do not benefit reading performance in peripheral visionCHUNG, Susana T. L; MANSFIELD, J. Stephen.Vision research (Oxford). 2009, Vol 49, Num 23, pp 2782-2789, issn 0042-6989, 8 p.Article

Effects of ocular transverse chromatic aberration on peripheral word identificationYANG, Shun-Nan; TAI, Yu-Chi; LAUKKANEN, Hannu et al.Vision research (Oxford). 2011, Vol 51, Num 21-22, pp 2273-2281, issn 0042-6989, 9 p.Article

Separate first-and second-order processing is supported by spatial summation estimates at the fovea and eccentricallySUKUMAR, Subash; WAUGH, Sarah J.Vision research (Oxford). 2007, Vol 47, Num 5, pp 581-596, issn 0042-6989, 16 p.Article

Increasing the temporal g(r)ain : Double-pulse resolution is affected by the size of the attention focusPOGGEL, Dorothe A; TREUTWEIN, Bernhard; CALMANTI, Claudia et al.Vision research (Oxford). 2006, Vol 46, Num 18, pp 2998-3008, issn 0042-6989, 11 p.Article

Peripheral visual fields is radially organizedTEMME, L. A; MALCUS, L; NOELL, W K et al.American journal of optometry and physiological optics. 1985, Vol 62, Num 8, pp 545-554, issn 0093-7002Article

Numerosity judgments in peripheral vision: limitations of the cortical magnification hypothesisPARTH, P; RENTSCHLER, I.Behavioural brain research. 1984, Vol 11, Num 3, pp 241-248, issn 0166-4328Article

An analysis of the figure perception mechanism by the method of visual field restrictionYOSHIDA, T.NHK Laboratories Note. 1983, Num 289, pp 1-12, issn 0027-657XArticle

Reach and Grasp reconfigurations reveal that proprioception assists reaching and hapsis assists grasping in peripheral visionHALL, Lauren A; KARL, Jenni M; THOMAS, Brittany L et al.Experimental brain research. 2014, Vol 232, Num 9, pp 2807-2819, issn 0014-4819, 13 p.Article

Role of peripheral vision in rapid perturbation-evoked reach-to-grasp reactionsAKRAM, Sakineh B; MIYASIKE-DASILVA, Veronica; VAN OOTEGHEM, Karen et al.Experimental brain research. 2013, Vol 229, Num 4, pp 609-619, issn 0014-4819, 11 p.Article

VISUAL RESOLUTION AND CONTOUR INTERACTION IN THE FOVEA AND PERIPHERYJACOBS RJ.1979; VISION RES.; GBR; DA. 1979; VOL. 19; NO 11; PP. 1187-1195; BIBL. 26 REF.Article

Reading speed benefits from increased vertical word spacing in normal peripheral visionCHUNG, Susana T. L.Optometry and vision science. 2004, Vol 81, Num 7, pp 525-535, issn 1040-5488, 11 p.Article

Color appearance in peripheral visionAYAMA, M; SAKURAI, M; CARLANDER, O et al.SPIE proceedings series. 2004, pp 260-271, isbn 0-8194-5195-9, 12 p.Conference Paper

Veiling luminance as a descriptor of brightness reduction caused by transient glareISSOLIO, Luis A; BARRIONUEVO, Pablo A; COMASTRI, Silvia A et al.Journal of the Optical Society of America. A, Optics, image science, and vision (Print). 2012, Vol 29, Num 10, pp 2230-2236, issn 1084-7529, 7 p.Article

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