Journal of Vision - Volume 2, Number 7

Volume 2, Number 7, Abstracts 1a-746a

doi:10.1167/2.7

http://journalofvision.org/2/7/

ISSN 1534-7362

Masthead

Vision Sciences Society Meeting, 2002: Abstracts

The Vision Sciences Society Meeting was held May 10-15, 2002, in Sarasota, FL. The meeting was organized by Ken Nakayama and Tom Sanocki. The following are the abstracts of that meeting. ARVO holds the copyright to Journal of Vision, Vol.2, No. 7, but not to the individual abstracts in that issue. ARVO has published these abstracts as a service to the vision science community.

1	Woller, Barnes, Payne, & Lomber	Reversal of visual hemineglect: Differential influences of deactivating either contralateral posterior parietal cortex or the superior colliculus
2	Raymond, Tavasolli, & Fenske	Selective visual attention to novel stimuli determines emotional responses
3	Payne, Lomber, Schmidt, & Galuske	Feedback Circuits: Link to ability to redirect attention
4	Maciokas, Svec, & Crognale	Attentional changes with age: Evidence from attentional blink deficits
5	Loula & Carrasco	Information accrual for unattended shapes in negative priming
6	Hubbard, Krishnan, & Ramachandran	Reduced crowding with illusory contours supports an attentional locus for crowding
7	Hamker & VanRullen	The time course of attentional selection among competing locations
8	Giersch	Interactions between spatial attention and the processing of discontinuities
9	Humphreys, Jung-Stallmann, & Olivers	An analysis of the time course of visual marking
10	Fine & Reeves	Processing benefits from diffuse attention when the stimuli are harder to discriminate
11	Festa-Martino, Gindes, & Heindel	Driving and covert orienting: Differential effects of dual-task conditions on selective attention and arousal
12	Fernandez-Duque & Black	Object localization without object recognition in the split brain: A possible role for spatial attention
13	Brown, Breitmeyer, Hand, & Browning	Sex differences in shifting attention within and between objects
14	Breitmeryer, Brown, Leighty, & Williamson	Configuration and distance interact to determine object- or space-based attetnional deployment
15	Awh, Matsukura, & Serences	Top-down modulation of biased competition during covert spatial orienting
16	Cavanaugh & Wurtz	Change blindness for motion in macaque monkey
17	Ua Cruadhlaoich & Roe	Quantitative comparison of ocular dominance column width in optical images
18	Orbach, Henderson, & Baker	Signal detection theory and implicit representation
19	Ogmen & Breitmeyer	Dissociation between visual awareness and sensori-motor performance fails in paracontrast but not metacontrast
20	Kouhsari, Rajimehr, Afraz, & Esteky	Visual illusion without awareness
21	May, Tsiappoutas, & Flanagan	Peripheral disappearance elicited by abrupt contrast decrements
22	Haase & Fisk	Signal Detection Theory as a modeling tool for resolving controversies surrounding unconscious perception
23	Dodds, Machado, Rafal, & Ro	A temporal /nasal asymmetry for blindsight: Evidence for extrageniculate mediation.
24	Scavetta, Jones, Mitchell, & Murphy	NMDA-dependent recovery of visual acuity following monocular deprivation
25	Lewis, Ellemberg, Maurer, Lee, Brent, & Levin	The effects of early pattern deprivation on the development of the ability to detect local motion and to discriminate its velocity
26	Wu & Shimojo	TMS reveals the correct location of flashes in motion-mislocalization illusions
27	Shioiri, Yamamoto, & Yaguchi	Effect of attention on flash lagging
28	Hubbard & Motes	Memory for initial position: A Fröhlich Effect or an Onset Repulsion Effect?
29	Cantor & Schor	Flash lag in the frequency domain
30	Cai & Cavanagh	Motion interpolation of a unique feature into stimulus gaps and blind spots
31	Tjan, Chung, & Legge	O letter channels, where art thou?
32	Lawton	Figure/Ground and left-right movement discrimination developing when child is learning to read
33	Florer & Preston	Optimal letterspacing for reading can be learned
34	Crewther, Kiely, Laycock, & Crewther	The role of transients in object recognition for good and poor readers
35	Chung	Learning to identify unfamiliar letters in central and peripheral vision
36	Strasberger	Invariance of the psychometric function's slope across the visual field, for contrast-dependent character recognition
37	Uka & DeAngelis	MT neurons do not signal relative disparity
38	Perrone & Krauzlis	Simulating the time course of MT neuron responses with a model based on V1 neuron properties
39	Perge, Borghuis, Duijnhouwer, Lankheet, & van Wezel	Direction tuning of macaque MT neurons: a reverse correlation study
40	Zosh, Vuong, & Tarr	Lights, camera, action! An interaction between illumination and viewpoint change in object recognition
41	Vuong & Tarr	Not all views are created equal: Object identity momentum via dynamic displays
42	Thoma & Davidoff	Priming for depth-rotated objects depends on attention
43	Pani, Chariker, & Dawson	Learning new structural descriptions in the understanding of elementary motions
44	Kimura, Miura, & Shinohara	Interaction of viewer centered representation and object centered representation of three dimensional space
45	James, Humphrey, Gati, Menon, & Goodale	Differing viewpoint effects in the ventral and dorsal visual streams revealed using fMRI
46	James, Humphrey, & Goodale	Viewpoint preferences during the exploration of novel 3D objects
47	Herbert, Nodsle, & Williford	Detecting depth rotated bilateral symmetry
48	Cate & Behrmann	Image complexity determines degree of viewpoint dependence
49	Boutet, Reeve, & Chaudhuri	The influence of attention on the recognition of depth-rotated objects and faces
50	Bennett	Evidence for a pre-match 'mental translation' on a form-matching task
51	Yonas, Bruggeman, & Konczak	The role of binocular information in the control of perception and action
52	Westwood & Goodale	Grasping remembered objects: Pinpointing the transition between on-line and off-line visuomotor control modes
53	Philbeck	More errors in an action-based response: blindfolded walking and the horizontal-vertical illusion
54	Kwok & Braddick	The effect of the Titchener circles illusion on grasping and manual estimation of two and three dimensional targets
55	Dunn & Thompson	Different illusory effects of the Judd illusion for perception and action after a temporal delay
56	Dassonville & Bala	Roelofs' illusion provides evidence against a perception/action dissociation
57	Creem-Regehr, Gooch, & Thompson	Perceiving virtual geographical slant: action influences perception
58	Chubb, Wright, Anderson, & Kim	Psychophysical dissociation of "how" and "what" tasks in normal participants
59	Ashida	'Representational momentum' in reaching action
60	Andre & Rogers	Perceivers walk the walk but talk short: Evidence for two visual pathways in distance perception
61	Vishton & Coulston	Abrupt stimulus motion eliminates task-specific immunity to pictorial illusions
62	Zwick, Stuck, Brown, Ruiz, & Lund	Neural plasticity and accidental human laser macular injury
63	Yi & Chun	Shape-specific perceptual learning in a figure-ground segregation task
64	Poggel, Müller-Oehring, Kasten, Bunzenthal, & Sabel	Topographical patterns of visual field recovery: Changes of objective and subjective visual field size in brain-lesioned patients
65	Notman & Sowden	Does categorical perception result from perceptual learning?
66	Mednick, Pathak, Nakayama, & Stickgold	Perceptual deterioration predicts performance today
67	Lu & Dosher	Using external noise methods to isolate mechanisms of attention/perceptual learning
68	Lu, Lu, & Dosher	Perceptual learning in peripheral vision with attention reflects (mostly) template retuning
69	Lomber	Learning to see the trees before the forest: Reversible deactivation of the superior colliculus during learning of local and global visual features
70	Kung, Rossion, Vuong, & Tarr	How does object processing change with perceptual expertise?
71	Kozma, Kovács, & Fehér	Learning only after sleep in a contour integration task
72	Koyama, Harner, & Watanabe	Task-dependency of tuning characteristics change in the course of perceptual learning
73	Kao, Beardsley, & Vaina	Perceptual learning of motion-pattern discrimination: Psychophysics and computational modeling
74	Hiles, Intrator, & Edelman	Unsupervised learning of visual structure
75	Furmanski & Engel	Perceptual learning in human primary visual cortex
76	Cousineau	Learning categorization mapping with a race model
77	Chu, Lu, & Dosher	Perceptual learning of motion direction discrimination in fovea reflects mixed but separable mechanisms of stimulus enhancement and template retuning
78	Zavagno	Anomalous contours prevent brightness spreading in phantom illumination displays
79	Swaminathan & Grossberg	Laminar cortical mechanisms for the perception of slanted and curved 3-D surfaces and their 2-D pictorical projections
80	Sohn, Blaser, Vidnyánszky, & Papathomas	Surface based mechanisms of attentional facilitation and inhibition in motion perception
81	Singh	The role of convexity and part structure in modal and amodal completion
82	Scheessele & Pizlo	A computational model of the perception of partially occluded figures
83	Oruc, Maloney, & Landy	Testing optimal Gaussian cue combination models with possibly correlated depth cues
84	Norman, Norman, Lee, Stockton, & Lappin	The visual perception of length along intrinsically curved surfaces
85	MacKenzie, Wilcox, & Abramovitz	Surface interpolation and illusory boundary formation in stereoscopic images: the role of local element properties
86	Liu & Todd	The perception of convex and concave surfaces under natural lighting conditions
87	Koenderink, van Doorn, Kappers, te Pas, & Pont	Perceiving illumination direction in 3D texture
88	Kandil & Fahle	The notion of 'purely time-based figure-ground segregation' is still justified
89	Holcombe	A dynamic but motionless cue for occlusion- and its consequences
90	Fleming, Williams, & Anderson	Resolving figure-ground ambiguity
91	Börjesson & Poom	Visual slant-contrast across space and attributes
92	Blaser, Vidnyanszky, & Papathomas	Relative motion, not polarity, breaks 'surface tension'
93	Berzhanskaya, Swaminathan, Beck, & Mingolla	Highlights and surface gloss perception
94	Bertone & Faubert	The interactive effects of symmetry and binocular disparity on visual surface representation
95	Bertenthal	Visual occlusion and infants' predictive tracking
96	Berends, Zhang, Tanaka, & Schor	Eye movements facilitate simultaneous and sequential slant discrimination
97	Amati & Elder	Slant capture in the perception of multiple textured transparent surfaces
98	Adams & Mamassian	Incomplete transfer between tilt and slant after-effects
99	Xu, Bosking, Sáry, Jones, Royal, Stefansic, Shima, Fitzpatrick, & Casagrande	The functional organization of orientation maps in owl monkey V1 and V2 revealed by optical imaging of intrinsic signals
100	Seitz & Grossberg	How do laminar circuits coordinate their development in the visual cortex? The role of the cortical subplate.
101	Schultz, del Prete, & Panzeri	Signalling properties of bursts and spikes in model thalamic relay cells
102	Owaki & Takeda	The first whole-head recordings of multifocal visually evoked magnetic field (VEF)
103	Laverghetta & Shimizu	Parallel processing in the visual system of zebra finches
104	Zhu, Lin, & Kasamatsu	Asymmetrical response modulation between cell pair in cat striate cortex
105	Kagan, Gur, & Snodderly	Analysis of responses to drifting and stationary gratings in V1 of alert monkey
106	Hansen & Neumann	A computational model of recurrent, colinear long-range interaction in V1 for contour enhancement and junction detection
107	Gockeln, Riegert, Tutschke, & Winter	Multifocal topographical evoked potential mapping
108	Dorn & Ringach	Long-range interactions in macaque primary visual cortex
109	Conner, Sharma, & Mendola	Retinotopic mapping in children with normal vision
110	Chelvanayagam, Hu, & Vidyasagar	Neural spike irregularity in adjacent cells of the same visual cortical column are unrelated despite other shared properties
111	Kingdom & Kasrai	Colour contrast can facilitate perceived 3D shape-from-shading
112	Li & Zaidi	Isotropic textures convey distance not 3-D shape
113	Todd, Oomes, Koenderink, & Kappers	The perception of 3D shape from anisotropic texture patterns
114	Madison & Kersten	Perceiving depth from reflection
115	Fahle, Morgan, Diehl, & Spang	An fMRI correlate of perceived 3-dimensional structure from purely temporal information
116	Vanduffel, Fize, Peuskens, Denys, Sunaert, Todd, & Orban	Processing 3-dimensional structure from motion in humans and macaques
117	Lages, Mamassian, & Graf	Spatial and temporal tuning of motion-in-depth perception
118	Suzuki	Selective attention linearly weights inputs prior to population coding of shape
119	Merigan	Shape selectivity of V4 neurons for stimuli whose discrimination depends on V4
120	Pasupathy & Connor	Population coding of complex shapes in macaque area V4
121	Hess & Ledgeway	Direction- and speed-defined spatial contours; one mechansim or two?
122	Kourtzi, Bülthoff, Erb, & Grodd	Shape processing in the human motion area MT/MST
123	Adams & Horton	Shadows from retinal blood vessels cause local amblyopia by deprivation of photoreceptors
124	Mechler & Ringach	Re-evaluating the dichotomy between simple and complex cells in primary visual cortex (V1)
125	Snodderly, Kagan, & Gur	Receptive fields and quasi-linear response modulation in V1 of alert macaques
126	Dragoi, Sharma, Miller, & Sur	Dynamics of neuronal sensitivity in primate V1 underlying local feature discrimination
127	Livingstone & Conway	Responses of V1 neurons to reverse phi stimuli
128	Zenger-Landolt & Heeger	Surround suppression in human V1 explains psychophysical lateral masking
129	Duncan & Boynton	Cortical magnification factor in human primary visual cortex correlates with Vernier acuity thresholds
130	Olshausen	Sparse coding of time-varying natural images
131	McDermott	Psychophysics with junctions in real images
132	Geisler & Diehl	Natural scene statistics and Bayesian natural selection
133	Victor, Hardy, & Conte	Visual processing of image statistics: Qualitative differences between local and global statistics; quantitative differences between low- and high-order statistics
134	Olman, Schrater, & Kersten	BOLD fMRI response to natural images
135	Wong, Levi, Barrett, & Pacey	Non-linear transformation of sinusoidal gratings in amblyopia
136	Simmers & Bex	What is the nature of the spatial deficit in amblyopia?
137	Wolf & Hurlbert	Influences of chromatic texture on contrast induction
138	Van Arsdel & Loop	Color thresholds in normal dichromats
139	Uchida & Uchikawa	Influence of higher order chromatic mechanisms on inhomogeneous chromatic discrimination
140	Svec, Reiner, & Webster	Chromatic contrast and neural adjustments to blur
141	Smithson & Zaidi	Partitions of object colour space under illuminant and background changes
142	Shapiro, Baldwin, & Zaidi	Time course of L-M system adaptation to simple and complex fields
143	Patel, Chung, Bedell, & Ogmen	Color and motion: which is the tortoise and which is the hare?
144	Malkoc, Webster, & Kay	Individual differences in color categories
145	Logvinenko & Hutchinson	Which colours do not invoke the high-spatial-frequency tritanopia effect?
146	Kuriki	Chromatic signal-to-noise ratio affects chromatic gamut effect
147	Khang & Zaidi	Illuminant color perception of spectrally filtered spotlights
148	Hutchinson & Logvinenko	An effect of sinusoidal temporal modulation on high-spatial-frequency tritanopia
149	Edwards & Hogben	Colour effects on metacontrast masking and reading
150	Dillenburger & Wehrhahn	Vastly differing variances in the ratio of red and green cones between female and male human observers
151	Delahunt & Brainard	Comparison of color constancy with respect to illumination changes induced by distinct physical processes
152	Crognale, Gerth, & Werner	Multifocal chromatic pattern-onset VEPs
153	Buckelmuller, Cardinal, & KiperInst	The categorization of colors measured with the Stroop effect
154	Bloj, Wolfe, & Hurlbert	The perception of colour gradients
155	Billock & Tsou	Hue, saturation and brightness: fundamental properties of color vision derived from dynamic interactions between cortical cell populations
156	Welchman & Harris	Studying eye movements produced whilst making visual decisions
157	Wada & von Grünau	The role of eye movements and induced motion on the strength of a trajectory illusion
158	Tehovnik, Slocum, & Schiller	Electrical properties of elements mediating saccadic eye movements within macaque V1: excitability differences between layers
159	Silva, Bradshaw, & Groeger	The role of action-relevance in the perception and representation of natural scenes
160	Shorter-Jacobi, Murthy, Thompson, & Schall	Neural correlates of divided orienting in frontal eye field in a search-step task
161	Sharma, Dragoi, MIller, & Sur	Modulation of responses in mokey V1 by an eye position task
162	Rizzo, Moon, Wilkinson, Bateman, Jermeland, & Schnell	Ocular search of simulated roadway displays in drivers with constricted visual fields
163	Peterson & Kramer	Covert shifts of attention precede involuntary eye movements
164	Park, Schlag-Rey, & Schlag	Localization precedes attention-induced acceleration of visual processing
165	Noritake & Yagi	Is the phantom array an evidence for Discrete-EPI model?
166	Nieman, Hayashi, Andersen, & Shimojo	Gaze modulation of visual aftereffects in color and depth
167	Naji & Freeman	Pursuit eye-movements disambiguate depth order in an ambiguous motion display
168	Mizushina & Uchikawa	Peripheral, not fovea, vision detects displacement of a background across saccade
169	Maruyama, Kobayashi, Katsura, & Kuriki	Initial behavior of the optokinetic response elicited by transparent stimuli
170	Loschky, McConkie, Yang, & Miller	The effects of eccentricity-dependent image filtering on saccade targeting in natural images
171	Liston, Carello, & Krauzlis	Speed-accuracy tradeoffs for pursuit and saccades in a luminance discrimination task
172	Kveraga, Boucher, & Hughes	Learning to look the other way
173	Kaiser & Lappe	Perisaccadic compression of space orthogonal to saccade direction
174	Haushofer, Schiller, Kendall, Slocum, & Tolias	Express saccades: the conditions under which they are realized and the brain structures involved
175	Hafed & Clark	Pre-saccade target color influences the perception of its post-saccade counterpart
176	Garbade & Deubel	Mechanisms of smooth pursuit eye movements after pursuit initiation
177	Fujita & Amagai	Position-dependent gain adaptation of human horizontal saccades using the double step paradigm
178	Chukoskie & Movshon	Visual responses of MT neurons during smooth pursuit eye movements
179	Berryhill, Boucher, Kveraga, & Hughes	Latency of smooth pursuit under conditions of stimulus-response uncertainty
180	Miles, Masson, & Yang	Velocity tuning of short-latency version and vergence eye movements in humans: dynamical limits set by retinal image speed
181	Masson, Yang, & Miles	Reversed phi motion elicits reversed ocular following at short-latency
182	Amso, Slemmer, & Johnson	Visual attention mechanisms are sensitive to manner of occlusion
183	Zur & Ullman	Measuring and modeling filling-in effects in retinal AMD scotomas
184	Westover, Anderson, & David C. Van Essen	A combined signals and neurobiological model for predicting P and M ganglion cell responses
185	Thorn, Thorn, He, Held, & Gwiazda	How do optical aberrations and defocus affect retinal images?
186	Petry & Lu	Improved temporal vision after a color deprivation paradigm: Correlates in retinal ganglion cells
187	Makous	Serial stages of gain control
188	Yuan, Reinach, Sun, & Yuan	The study of contrast sensitivity and color vision of the Yellow colored (UVCY) Intraocular Len
189	Yu, Klein, & Levi	On collinear flanker facilitation of contrast detection
190	Simpson, Findlay, & Manahilov	An ideal observer approach to simple visual reaction time
191	Verghese	Self-cueing contributes to contour detection in noise
192	Tani & Sato	The spatial frequency characteristics of the Cafe wall illusion
193	Talgar & Carrasco	Covert transient attention does not change the characteristics of a spatial frequency channel
194	Stephens & Dannemiller	Decruitment effects for magnitude estimates of pattern contrast
195	Skoczenski & Soffer	Orientation tuning of vernier acuity in human infants and adults
196	Samonds, Allison, Brown, & Bonds	Spike train analysis reveals cooperation between Area 17 neuron pairs that enhances fine discrimination of orientation
197	Sally, Gurnsey, & Poirier	Orientation discrimination in foveal and extra-foveal vision: Measuring contrast sensitivity
198	Sakaguchi	Contrast dependency of orientation filling-in
199	Rudd & Zemach	Contrast, assimilation, and neural edge integration
200	Rovamo & Melmoth	Scaling of both gratings size and contrast is necessary for equalising detection across eccentricities
201	Purves & Yang	The Poggendorff illusion explained by the statistics of natural scene geometry
202	Ozgen, Sowden, & Schyns	Flexible scale use is retinotopically specific
203	Olzak & Laurinen	Models of lateral interactions: A failure to generalize
204	McAnany & Levine	The vanishing disk; a revealing quirk of the scintillating grid illusion
205	Mareschal & Shapley	Effects of contrast on spatial binding and resolution
206	Mancini, Gurnsey, & Sally	Effects of frequency content on the detection of anti-symmetry
207	Langley & Atherton	A de-noising model of contrast adaptation to explain contrast perception
208	Johnston, Timney, Leung, & Khan	Alcohol reduces simultaneous contrast effects in human vision
209	Hardy & De Valois	Hue-selective elevation in luminance contrast detection threshold following adaptation to luminance-varying gabor patches
210	Gurnsey, Sally, & Ball	Equating the "visibility" of luminance- and contrast-modulations
211	Gaspar, Bennett, & Sekuler	Isolating the causes of internal noise
212	Francis	Developing a new quantitative account of backward masking
213	Felisberti & Morgan	Effects of suprathreshold contrast modulation on crowding
214	Leykin & Cutzu	Distinguishing paintings from photographs
215	Clifford, Spehar, Solomon, Martin, & Zaidi	Colour-luminance interactions in human orientation perception
216	Chong & Treisman	Representation of statistical properties
217	Chen & Tyler	Lateral modulation of contrast discrimination: Flanker orientation and location effects
218	Carney, Hill, Marathe, Sy, Lin, & Chen	WinVis – a novel approach to designing software for psychophysical experiments
219	Bredfeldt & Ringach	Dynamics of spatial frequency tuning of macaque LGN
220	Bonnar, Gosselin, & Schyns	Revealing and suppressing the visual information for recognition
221	Anzai, Van Essen, Peng, & Hegde	Receptive field structure of monkey V2 neurons for encoding orientation contrast
222	Anderson, Murphy, & Jones	Center-surround effects on orientation discrimination with visual noise stimuli
223	Allen, Hess, Dakin, & Mansouri	Spatial integration of second-order orientation
224	Dixon, Myles, Smilek, Zanna, & Merikle	Synaesthetic photisms and context
225	Rainville & Makous	The temporal mechanisms mediating synchrony perception
226	Motoyoshi	Visual pattern synchrony as mediated by spatial interactions
227	Ichikawa	Visual simultaneity is affected by stimulus depth
228	Huk, Palmer, & Shadlen	Temporal integration of visual motion information: Evidence from response times
229	Henning, Wichmann, & Bird	Pulse train detection and discrimination in pink noise
230	Heinrich, Aertsen, & Bach	Striking Gestalt modulates EEG gamma activity - but not in accordance with the temporal binding hypothesis
231	Eagleman, Jacobson, & Sejnowski	The perceived brightness of a flash can be influenced by temporal properties of its neighbors
232	Cohn & Nguyen	Turning it on piecemeal makes it seen faster
233	Blake & Lee	Temporal precision of visual grouping from temporal structure
234	Zabulis & Backus	The starry night texture and its use to isolate depth cues
235	Potechin, Gurnsey, & Sezikeye	The central performance drop can be elicited without a backward mask
236	Atherton, Hinds, & Langley	Orientation-texture-defined edges: a computational model
237	Prins & Kingdom	Orientation- and frequency-modulated textures at low depths of modulation are processed by off-orientation and off-frequency texture mechanisms
238	Suganuma & Yokosawa	Is multiple object tracking affected by three-dimensional rigidity?
239	Slemmer & Johnson	Object tracking in ecologically valid occlusion events
240	Leonard, Pylyshyn, Cohen, & Dennis	The effect of a secondary monitoring task on Multiple Object Tracking
241	Dennis & Pylyshyn	Effect of object discriminability on multiple object tracking
242	Ogawa & Yagi	The processing of untracked objects during multiple object tracking
243	Annan & Pylyshyn	Can indexes be voluntarily assigned in multiple object tracking?
244	Triesch, Sullivan, Hayhoe, & Ballard	Transient visual representations: a change blindness approach
245	Rensink	Failure to see more than one change at a time
246	Marois, Todd, & Chun	The impact of reaching visual short-term memory capacity on the attentional blink
247	Moore & Lleras	Object substitution masking and object-token individuation
248	Scholl & Feldman	The temporal dynamics of object formation in object-based attention
249	Pylyshyn	Tracking multiple identical moving objects: Analysis of recent findings
250	Li, VanRullen, Koch, & Perona	Detection of objects in natural scenes with minimal or no attention
251	Hollingworth & Henderson	Sustained insensitivity to incremental scene rotation: A dissociation between explicit change detection and visual memory
252	DiMase, Oliva, & Wolfe	Taking a picture apart: Memory for backgrounds and objects in scene photographs
253	Christou & Thornton	Boundary extension as a function of viewpoint in a virtual scene
254	Epstein, Graham, Kanwisher, & Downing	Scene representations in the parahippocampal place area are viewpoint-specific
255	Walker & Malik	When is scene recognition just texture recognition?
256	Sperling, Lyu, & Kim	Motion standstill in first- and second-order motion
257	Cormack & Stevenson	Illusory reverse-motion from contrast modulation
258	Lindsey, Denys, Brown, & Orban	fMRI correlates of isoluminant motion perception
259	Burr & Ross	Direct evidence that 'speedlines' aid perception of motion direction
260	Shim & Cavanagh	Illusory displacement of flash location depends on the perceived direction of bistable quartet motion
261	Melcher & Morrone	Retinotopic temporal integration of motion across saccadic eye movements
262	Enns	Illusory feature binding in the standing wave illusion
263	Paul & Schyns	Attention modulates perceptual asynchrony in binding
264	Arnold & Clifford	Temporal dynamics of colour and motion perception
265	Ramachandran, Hubbard, & Butcher	"Higher" and "lower" forms of synesthesia may arise from cross-wiring at different cortical stages
266	Butcher, Hubbard, & Ramachandran	Top-down influences affect the experience of synesthetically induced colors
267	Merikle, Smilek, & Dixon	Synaesthetic photisms and memory
268	Brockmole, Wang, & Irwin	Properties of memory-percept integration
269	Becker & Pashler	Volatile visual representations
270	Vogel, Woodman, & Luck	The rapid time-course of visual working memory consolidation
271	Angelone & Levin	Visual short-term memory load and detecting feature changes
272	Luck, Woodman, Schmidt, Vogel, & Vecera	The effects of attentional capture on visual working memory
273	Alvarez & Cavanagh	The capacity of visual short-term memory is set by total information load, not number of objects
274	Motter	Crowding and object integration within the receptive field of V4 neurons
275	Rolls, Aggelopoulos, & Zheng	Reduced receptive field size of inferior temporal cortex neurons and reduced effects of attention when objects are selected in natural scenes
276	Battelli & Cavanagh	Bilateral deficit of transient visual attention in neglect
277	Riddoch & Humphreys	Between-object action coupling influences visual selection: Neuropsychological evidence
278	Bonneh, Pavlovskaya, & Soroker	Slow binocular rivalry in hemispatial neglect
279	Legge, Lee, Owens, Cheung, & Chung	Visual span: A sensory bottleneck on reading speed
280	Beaudot & Mullen	Orientation selectivity in luminance and color vision assessed using 2-d bandpass filtered spatial noise
281	Scharff & Ahumada	Identification of filtered letters in filtered noise
282	Baldassi & Verghese	Effects of cueing on the tuning function for orientation
283	Sowden, Ozgen, & Schyns	When a plaid is not a plaid: attentional modulation of spatial frequency processing
284	Levi & Klein	Noise provides new signals about the spatial vision of amblyopes
285	Tse, Smith, Augath, Trinath, Logothetis, & Movshon	Using Glass Patterns and fMRI to identify areas that process global form in macaque visual cortex
286	Read, Cumming, & Parker	Simple cells can show non-linear binocular combination
287	Cumming	Receptive field structure and disparity tuning in primate V1
288	Hayashi, Maeda, Tachi, & Shimojo	A computational model of stereopsis that produces depth from interocularly unpaired points as well as binocular rivalry
289	Albert & Nakayama	Stereo thresholds for binocularly-matched opposite-contrast edges are close to those for same-contrast edges
290	McKee & Norcia	Dynamic topography of the response to monocular and binocular misalignment
291	Vreven, Verghese, & McKee	Configuration effects in the stereoprocessing of 3D surfaces
292	Yoshida, Ashida, & Osaka	Capacity of short term implicit memory is larger than visuospatial working memory in visual search
293	Wilken & Mattingley	Capacity limits in the detection and identification of change have implications for models of visual short term memory
294	Saiki	Motion severely reduces capacity and life of object visual working memory
295	Reinecke & Wolfe	Serial position effects in visual short term memory
296	Zhang, Berends, Tanaka, & Schor	Parafoveal limits of simultaneous and sequential stereo-slant discrimination
297	Watt, Banks, Ernst, & Zumer	Screen cues to flatness do affect 3d percepts
298	Watamaniuk & Van Oss	3-D Structure in global flow stimuli
299	Schlerf & Domini	Role of 3D shape in contrast detection of luminance gratings
300	Rosas, Wichmann, & Wagemans	Surface-slant-from-texture discrimination: Effects of slant level and texture type
301	Peuskens, Todd, Norman, Van Hecke, & Orban	Neural correlates of judging 3D structure from motion
302	Nawrot, Bell, & Agarwal	Eye movements and lateral translation disambiguate the perceived direction of kinetic depth rotation
303	Murray, Olshausen, & Woods	Processing shape, motion, and three-dimensional shape-from-motion in the human cortex
304	Li & Kim	The effect of a reference on eye-movement-induced distortions of motion-defined shapes
305	Interrante, Gorla, Kim, Hagh-Shenas, & Sapiro	Texture synthesis for 3D shape representation
306	Griffiths & Zaidi	Perceptual asymmetry in solid shape perception
307	Emerson & Vaughn	A mechanism in striate cortex for coding shape from motion
308	Champion, Simmons, & Mamassian	The influence of object size on shape from stereo
309	Boyaci & Maloney	Binocular perception of shape from shading/contour is invariant under ordinal transformations of image intensities
310	Bacon, Gosselin, & Mamassian	Multiple regression reveals 3D internal surface representations
311	Atherton, Amiri, Zhuang, Hu, He, & Yonas	Cortical responses to layout change specified by two pictorial cues: An fMRI study
312	Zhao & Farell	The binocular neural mechanism: gnostic and population coding
313	Zalevski, Hill, & Henning	The effect of disparity/vertical-scaling conflict in a stereoacuity task
314	Whitaker & Pardhan	Binocular contrast detection in the peripheral field in young and older subjects
315	Wallace & Mamassian	Efficiency of stereoscopic transparency
316	Visco & Stevenson	Lateral interactions modify the Pulfrich effect
317	Tanaka, Zhang, Berends, & Schor	Temporal masking of stereo-slant discrimination
318	Pardhan & Whitaker	Contrast and orientation dependence on binocular recognition summation in the periphery
319	Yanagisawa & Uchikawa	Contrast adaptation effects under interocualr suppression for normal and strabismic observers
320	Li & Farell	Interactions among stereo channels of different scales
321	Lee & Dobbins	Stereo fusional limit and Panum's limiting case revisited using dichoptic color fusion
322	Lee, Shioiri, & Yaguchi	The spatiotemporal frequency property of stereopsis
323	Kaiser & Sweet	Visual cues for closed-loop control
324	Howe & Grossberg	A laminar cortical model of monocular and binocular interactions in depth perception
325	Hillis, Banks, & Landy	How are texture and stereo used in slant discrimination?
326	Ghose, Banks, & Hillis	Eye dominance changes with eye position and image magnification
327	Ding & Sperling	A gain-control theory of binocular combination
328	Buckthought & Stelmach	Spatial scale interactions in stereopsis for different types of band-limited stimuli
329	Brooks & Stone	Monocular artifacts and the perception of stereomotion speed
330	Bradshaw, Elliot, & Luffman	The importance of binocular cues in the on-line control of prehension
331	Wood, Owens, Woolf, & Owens	Predicting night-time visibility while driving
332	Vaina & Giese	Biological Motion: why some motion impaired stroke patients "can" while others "can't" recognize it? A computational explanation.
333	Shipley	The role of objects and events in the perception of biological motion
334	Shiffrar & Pinto	Are we visual animals?
335	Pinto, Parke, & Shiffrar	Change mindfulness: Attention to human movement
336	Paterson, Pollick, & Ude	Shaping Biological Motion: Adding realistic form cues to biological motion displays
337	Fujimoto & Sato	Motion induction by biological motion
338	Jacobs, Pinto, & Shiffrar	Frequency, context, and human motion perception
339	Hiris & Cowan	Detecting point light walkers within masks: Influence of orientation, translation, and location
340	Harrison, Fisher, & Booth	Perception and categorization of computer animated walking figures
341	Grossman & Blake	An investigation of neural activity associated with viewing point-light animal, face and hand movements
342	Cohen, Shipley, & Pinto	The role of experience in the perception of biological motion
343	Xing & Ahumada	Estimation of human-observer templates in temporal-varying noise
344	Shimozaki, Eckstein, & Abbey	Classification images for a cueing paradigm with 100% valid simultaneous cues: Evidence for attentional leaking
345	Sauer, Andersen, & Saidpour	Detection of collision objects travelling on curved paths
346	Santiago, Chouchourelou, Jacobs, Danatzko, Dagan, Cohen, & Shiffrar	Recognition of objects and actions
347	Saidpour & Andersen	Use of Speed Information in Detecting Collision Ev