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Wim van de Grind

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Jan J Koenderink; Liliana Albertazzi; Andrea J van Doorn; Raymond van Ee; Wim A van de Grind; Astrid M L Kappers; Joe S Lappin; J Farley Norman; A H J Stijn Oomes; Susan P te Pas; Flip Phillips; Sylvia C Pont; Whitman A Richards; James T Todd; Frans Verstraten; Sjoerd de Vries
Does monocular visual space contain planes?
Ildikó Vajda; Bart G Borghuis; Wim A van de Grind; martin lankheet
Temporal interactions in direction-selective complex cells of area 18 and the posteromedial lateral suprasylvian cortex (PMLS) of the cat.
Ildikó Vajda; martin lankheet; Wim A van de Grind
Spatio-temporal requirements for direction selectivity in area 18 and PMLS complex cells.

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All Publications

2010: Jan J Koenderink; Liliana Albertazzi; Andrea J van Doorn; Raymond van Ee; Wim A van de Grind; Astrid M L Kappers; Joe S Lappin; J Farley Norman; A H J Stijn Oomes; Susan P te Pas; Flip Phillips; Sylvia C Pont; Whitman A Richards; James T Todd; Frans Verstraten; Sjoerd de Vries
Does monocular visual space contain planes?
Acta psychologica 2010;134(1):40-7.
2006: Ildikó Vajda; Bart G Borghuis; Wim A van de Grind; martin lankheet
Temporal interactions in direction-selective complex cells of area 18 and the posteromedial lateral suprasylvian cortex (PMLS) of the cat.
Visual neuroscience 2006;23(2):233-46.
2005: Ildikó Vajda; martin lankheet; Wim A van de Grind
Spatio-temporal requirements for direction selectivity in area 18 and PMLS complex cells.
Vision research 2005;45(13):1769-79.
2004: Ildikó Vajda; martin lankheet; Bart G Borghuis; Wim A van de Grind
Dynamics of directional selectivity in area 18 and PMLS of the cat.
Cerebral cortex (New York, N.Y. : 1991) 2004;14(7):759-67.
2004: Wim A van de Grind; Maarten J van der Smagt; Frans Verstraten
Storage for free: a surprising property of a simple gain-control model of motion aftereffects.
Vision research 2004;44(19):2269-84.
2004: Chris Muller; martin lankheet; Wim A van de Grind
Binocular correlation does not improve coherence detection for fronto-parallel motion.
Vision research 2004;44(16):1961-9.
2003: Wim A van de Grind; Frans Verstraten; Maarten J van der Smagt
Influence of viewing distance on aftereffects of moving random pixel arrays.
Vision research 2003;43(23):2413-26.
2003: Bart G Borghuis; János A Perge; Ildikó Vajda; Richard J A van Wezel; Wim A van de Grind; martin lankheet
The motion reverse correlation (MRC) method: a linear systems approach in the motion domain.
Journal of neuroscience methods 2003;123(2):153-66.
2003: Ran Tao; martin lankheet; Wim A van de Grind; Richard J A van Wezel
Velocity dependence of the interocular transfer of dynamic motion aftereffects.
Perception 2003;32(7):855-66.
2003: Wim A van de Grind; martin lankheet; R Tao
A gain-control model relating nulling results to the duration of dynamic motion aftereffects.
Vision research 2003;43(2):117-33.
2002: Ildikó Vajda; martin lankheet; Tessa M van Leeuwen; Wim A van de Grind
On the velocity tuning of area 18 complex cell responses to moving textures.
Visual neuroscience 2002;19(5):651-9.
2002: Wim A van de Grind
Physical, neural, and mental timing.
Consciousness and cognition 2002;11(2):241-64; discussion 308-13.
2002: martin lankheet; Andrea J van Doorn; Wim A van de Grind
Spatio-temporal tuning of motion coherence detection at different luminance levels.
Vision research 2002;42(1):65-73.
2001: Wim A van de Grind; P van Hof; Maarten J van der Smagt; Frans Verstraten
Slow and fast visual motion channels have independent binocular-rivalry stages.
Proceedings. Biological sciences / The Royal Society 2001;268(1465):437-43.
2000: martin lankheet; Andrea J van Doorn; M A Bouman; Wim A van de Grind
Motion coherence detection as a function of luminance level in human central vision.
Vision research 2000;40(26):3599-611.
2000: Maarten J van der Smagt; E C Breij; Wim A van de Grind
Spatial structure, contrast polarity and motion integration.
Vision research 2000;40(15):2037-45.
2000: Wim A van de Grind; Jan J Koenderink; Andrea J van Doorn
Motion detection from photopic to low scotopic luminance levels.
Vision research 2000;40(2):187-99.
1999: Maarten J van der Smagt; Frans Verstraten; Wim A van de Grind
A new transparent motion aftereffect.
Nature neuroscience 1999;2(7):595-6.
1999: Maarten J van der Smagt; Wim A van de Grind
Integration and segregation of local motion signals: the role of contrast polarity.
Vision research 1999;39(4):811-22.
1999: Frans Verstraten; Maarten J van der Smagt; RE Fredericksen; Wim A van de Grind
Integration after adaptation to transparent motion: static and dynamic test patterns result in different aftereffect directions.
Vision research 1999;39(4):803-10.
1999: Maarten J van der Smagt; Frans Verstraten; E B Vaessen; T van Londen; Wim A van de Grind
Motion aftereffect of combined first-order and second-order motion.
Perception 1999;28(11):1397-411.
1998: P Gaudiano; A W Przybyszewski; Richard J A van Wezel; Wim A van de Grind
Spatial asymmetries in cat retinal ganglion cell responses.
Biological cybernetics 1998;79(2):151-9.
1998: D Alais; Maarten J van der Smagt; A V van den Berg; Wim A van de Grind
Local and global factors affecting the coherent motion of gratings presented in multiple apertures.
Vision research 1998;38(11):1581-91.
1998: Frans Verstraten; Maarten J van der Smagt; Wim A van de Grind
Aftereffect of high-speed motion.
Perception 1998;27(9):1055-66.
1997: Richard J A van Wezel; martin lankheet; RE Fredericksen; Frans Verstraten; Wim A van de Grind
Responses of complex cells in cat area 17 to apparent motion of random pixel arrays.
Vision research 1997;37(7):839-52.
1997: RE Fredericksen; Frans Verstraten; Wim A van de Grind
Pitfalls in estimating motion detector receptive field geometry.
Vision research 1997;37(1):99-119.
1996: Wim A van de Grind; martin lankheet; Richard J A van Wezel; M H Rowe; J Hulleman
Gain control and hyperpolarization level in cat horizontal cells as a function of light and dark adaptation.
Vision research 1996;36(24):3969-85.
1996: martin lankheet; M H Rowe; Richard J A van Wezel; Wim A van de Grind
Spatial and temporal properties of cat horizontal cells after prolonged dark adaptation.
Vision research 1996;36(24):3955-67.
1996: W J van Damme; Wim A van de Grind
Non-visual information in structure-from-motion.
Vision research 1996;36(19):3119-27.
1996: Richard J A van Wezel; martin lankheet; Frans Verstraten; A F Maree; Wim A van de Grind
Responses of complex cells in area 17 of the cat to bi-vectorial transparent motion.
Vision research 1996;36(18):2805-13.
1996: martin lankheet; M H Rowe; Richard J A van Wezel; Wim A van de Grind
Horizontal cell sensitivity in the cat retina during prolonged dark adaptation.
Visual neuroscience 1996;13(5):885-96.
1996: Frans Verstraten; RE Fredericksen; Richard J A van Wezel; J C Boulton; Wim A van de Grind
Directional motion sensitivity under transparent motion conditions.
Vision research 1996;36(15):2333-6.
1996: D Alais; Maarten J van der Smagt; Frans Verstraten; Wim A van de Grind
Monocular mechanisms determine plaid motion coherence.
Visual neuroscience 1996;13(4):615-26.
1996: A W Przybyszewski; martin lankheet; Wim A van de Grind
On the complex dynamics of intracellular ganglion cell light responses in the cat retina.
Biological cybernetics 1996;74(4):299-308.
1996: Frans Verstraten; RE Fredericksen; Richard J A van Wezel; martin lankheet; Wim A van de Grind
Recovery from adaptation for dynamic and static motion aftereffects: evidence for two mechanisms.
Vision research 1996;36(3):421-4.
1995: D Alais; Maarten J van der Smagt; Frans Verstraten; Wim A van de Grind
The perceived direction of textured gratings and their motion aftereffects.
Perception 1995;24(12):1383-96.
1995: Wim A van de Grind; Casper Erkelens; A C Laan
Binocular correspondence and visual direction.
Perception 1995;24(2):215-35.
1994: RE Fredericksen; Frans Verstraten; Wim A van de Grind
Spatial summation and its interaction with the temporal integration mechanism in human motion perception.
Vision research 1994;34(23):3171-88.
1994: RE Fredericksen; Frans Verstraten; Wim A van de Grind
An analysis of the temporal integration mechanism in human motion perception.
Vision research 1994;34(23):3153-70.
1994: Casper Erkelens; Wim A van de Grind
Binocular visual direction.
Vision research 1994;34(22):2963-9.
1994: Frans Verstraten; RE Fredericksen; O J Grüsser; Wim A van de Grind
Recovery from motion adaptation is delayed by successively presented orthogonal motion.
Vision research 1994;34(9):1149-55.
1994: W J van Damme; F H Oosterhoff; Wim A van de Grind
Discrimination of 3-D shape and 3-D curvature from motion in active vision.
Perception & psychophysics 1994;55(3):340-9.
1994: RE Fredericksen; Frans Verstraten; Wim A van de Grind
Temporal integration of random dot apparent motion information in human central vision.
Vision research 1994;34(4):461-76.
1994: Frans Verstraten; RE Fredericksen; Wim A van de Grind
Movement aftereffect of bi-vectorial transparent motion.
Vision research 1994;34(3):349-58.
1994: Richard J A van Wezel; Frans Verstraten; RE Fredericksen; Wim A van de Grind
Spatial integration in coherent motion detection and in the movement aftereffect.
Perception 1994;23(10):1189-95.
1994: Frans Verstraten; Reinder Verlinde; RE Fredericksen; Wim A van de Grind
A transparent motion aftereffect contingent on binocular disparity.
Perception 1994;23(10):1181-8.
1994: Wim A van de Grind; Frans Verstraten; K M Zwamborn
Ensemble models of the movement aftereffect and the influence of eccentricity.
Perception 1994;23(10):1171-9.
1993: W J van Damme; Wim A van de Grind
Active vision and the identification of three-dimensional shape.
Vision research 1993;33(11):1581-7.
1993: RE Fredericksen; Frans Verstraten; Wim A van de Grind
Spatio-temporal characteristics of human motion perception.
Vision research 1993;33(9):1193-205.
1993: martin lankheet; A W Przybyszewski; Wim A van de Grind
The lateral spread of light adaptation in cat horizontal cell responses.
Vision research 1993;33(9):1173-84.
1993: martin lankheet; Richard J A van Wezel; J H Prickaerts; Wim A van de Grind
The dynamics of light adaptation in cat horizontal cell responses.
Vision research 1993;33(9):1153-71.
1993: Wim A van de Grind; Jan J Koenderink; A J van Doorn; M V Milders; H Voerman
Inhomogeneity and anisotropies for motion detection in the monocular visual field of human observers.
Vision research 1993;33(8):1089-107.
1993: A W Przybyszewski; martin lankheet; Wim A van de Grind
Nonlinearity and oscillations in X-type ganglion cells of the cat retina.
Vision research 1993;33(7):861-75.
1993: Albert V van den Berg; Wim A van de Grind
Do component motions recombine into a moving plaid percept?
Experimental brain research. Experimentelle Hirnforschung. Expérimentation cérébrale 1993;93(2):312-23.
1992: martin lankheet; J H Prickaerts; Wim A van de Grind
Responses of cat horizontal cells to sinusoidal gratings.
Vision research 1992;32(6):997-1008.
1992: Wim A van de Grind; Jan J Koenderink; A J van Doorn
Viewing-distance invariance of movement detection.
Experimental brain research. Experimentelle Hirnforschung. Expérimentation cérébrale 1992;91(1):135-50.
1991: martin lankheet; Richard J A van Wezel; Wim A van de Grind
Light adaptation and frequency transfer properties of cat horizontal cells.
Vision research 1991;31(7-8):1129-42.
1991: martin lankheet; Richard J A van Wezel; Wim A van de Grind
Effects of background illumination on cat horizontal cell responses.
Vision research 1991;31(6):919-32.
1991: Albert V van den Berg; Wim A van de Grind
Conditions for the detection of coherent motion.
Vision research 1991;31(6):1039-51.
1990: Albert V van den Berg; Wim A van de Grind; A J van Doorn
Motion detection in the presence of local orientation changes.
Journal of the Optical Society of America. A, Optics and image science 1990;7(5):933-9.
1990: martin lankheet; M A Frens; Wim A van de Grind
Spatial properties of horizontal cell responses in the cat retina.
Vision research 1990;30(9):1257-75.
1989: martin lankheet; J Molenaar; Wim A van de Grind
Frequency transfer properties of the spike generating mechanism of cat retinal ganglion cells.
Vision research 1989;29(12):1649-61.
1989: Albert V van den Berg; Wim A van de Grind
Reaction times to motion onset and motion detection thresholds reflect the properties of bilocal motion detectors.
Vision research 1989;29(9):1261-6.
1989: martin lankheet; J Molenaar; Wim A van de Grind
The spike generating mechanism of cat retinal ganglion cells.
Vision research 1989;29(5):505-17.
1987: Wim A van de Grind; Jan J Koenderink; A J van Doorn
Influence of contrast on foveal and peripheral detection of coherent motion in moving random-dot patterns.
Journal of the Optical Society of America. A, Optics and image science 1987;4(8):1643-52.
1986: Wim A van de Grind; Jan J Koenderink; A J van Doorn
The distribution of human motion detector properties in the monocular visual field.
Vision research 1986;26(5):797-810.
1985: Jan J Koenderink; A J van Doorn; Wim A van de Grind
Spatial and temporal parameters of motion detection in the peripheral visual field.
Journal of the Optical Society of America. A, Optics and image science 1985;2(2):252-9.
1985: A J van Doorn; Jan J Koenderink; Wim A van de Grind
Perception of movement and correlation in stroboscopically presented noise patterns.
Perception 1985;14(2):209-24.
1983: Wim A van de Grind; A J van Doorn; Jan J Koenderink
Detection of coherent movement in peripherally viewed random-dot patterns.
Journal of the Optical Society of America 1983;73(12):1674-83.
1983: J Molenaar; Wim A van de Grind; R Eckhorn
Dynamic properties of cat horizontal cell light responses.
Vision research 1983;23(3):257-66.