| Poster Sessions - Tuesday, 22 August 2006 |
| Segmentation and grouping Tuesday 09:00-18:30 / Attended 10:30-11:30 |
| 1 |
S Roth | The classification and segmentation of visual stimuli in a biophysically constrained neuronal model of the primary visual cortex: combining the temporal population code with the dynamic regulation of dendritic integration |
| 2 |
L Bleumers | Extrafoveal grouping by proximity in multistable dot lattices |
| 3 |
D Yoshino | Some grouping effects observed in perceptual fading |
| 4 |
S-L Yeh | Neural substrates for spatial-temporal grouping and perceived action in the human brain: Evidence from perceived writing sequence of Chinese characters |
| 5 |
A S Potapov | Information-theoretic interpretation of Gestalt |
| 6 |
G Shyi | Piecemeal and holistic processing in perceiving and judging figural (im)possibility: An eye movement analysis |
| 7 |
O A Vakhrameeva | Studies of Stimulus Complexity in Gollin Test |
| 8 |
K Spang | fMRI-correlates of time-based figure-ground discrimination |
| 9 |
M Nucci, Sr | Detection of local symmetry as a function of additional regularities |
| 10 |
A R Nikolaev | Spontaneous and effortful mechanisms of perceptual organization revealed by dissociation of evoked cortical activity |
| 11 |
M Albert | New issue concerning allocation of visual attention to perceptually grouped objects |
| Reading Tuesday 09:00-18:30 / Attended 10:30-11:30 |
| 12 |
I Lacis | No average reader: Professional readers employ a different fixational strategy |
| 13 |
Y-C Chen | Chinese character recognition mediated by sub-morphemic component processing |
| 14 |
L Scocchia | Implicit knowledge of writing movements facilitates printed letter recognition |
| 15 |
Y Marzouki | Effects of prime and target eccentricity on masked repetition priming |
| 16 |
A Deruaz | Intensive short-term SLO reading training in subjects with central scotomas. Immediate functional benefits, gain retention and adaptation of oculomotor strategie |
| 17 |
W Gibbons | Visual noise in adults with specific reading disorder |
| 18 |
M L Fago de Mattiello | Influence of color and attention in visual search and readability |
| Eye movements, saccades Tuesday 09:00-18:30 / Attended 10:30-11:30 |
| 19 |
A Svede | Can dynamic actions of vergence be predicted using static fixation disparity? |
| 20 |
B Ulmann | Effects of a secondary spatial task on smooth pursuit eye tracking |
| 21 |
T Couronné | Eye-tracking study in pair comparison evaluation of objects design |
| 22 |
C Körner | Searching Again: Evidence for a memory recency effect in visual search |
| 23 |
V Benson | A comparison of bilateral versus unilateral target and distractor presentation in the remote distractor paradigm |
| 24 |
T Collins | The human saccadic adaptation field and space perception |
| 25 |
D Kerzel | Holistic processing in saccadic control |
| 26 |
K Yarrow | An extended perceived duration for multiple post-saccadic visual objects |
| 27 |
E McSorley | Time-course of oculomotor inhibition revealed by saccade trajectory modulation |
| 28 |
D Souto | Attention and programming of smooth pursuit eye movements |
| 29 |
O V Levashov | Visual attractors for eye movements in early vision |
| 30 |
D D J D D J de Grave | Fixation locations when grasping occluded objects |
| 31 |
A G Yakushev | Experimental estimation of comfortable target distance based on videooculograpy method |
| 32 |
G M Cicchini | Head movements modulate responsiveness to visual stimuli |
| 33 |
S Fomins | Search experiments with the blurred color stimuli |
| 34 |
R Paeglis | Trained to animals: Saccade differences to classify images |
| 35 |
A Bompas | Perceptual similarity between grey levels depends on learnt sensorimotor correlation between grey levels and eye-movements |
| 36 |
Z kapoula | Deficits of voluntary saccades in healthy aged subjects |
| 37 |
S H Butler | Evidence from converging paradigms for posterior cortical involvement in response inhibition |
| Noise, uncertainty, templates Tuesday 09:00-18:30 / Attended 10:30-11:30 |
| 38 |
S Liebe | The effect of adaptation on signal and noise in the human visual system |
| 39 |
L A Olzak | Decision models in an uncertainty paradigm |
| 40 |
I Kurki | Characterizing signal and noise in contrast detection by classification images |
| 41 |
E Barth | Learning optimal features for visual recognition |
| 42 |
R Houtkamp | Only one search template at a time |
| 43 |
H K Falkenberg | The visual system exploits the contrast distribution in natural scenes |
| Development and aging Tuesday 09:00-18:30 / Attended 10:30-11:30 |
| 44 |
Y Ling | A cross-cultural investigation of colour preference development |
| 45 |
D Jankovic | Development of the Takete-maluma phenomenon: Children's performance on choice and visualization task |
| 46 |
O Kochukhova | Perception of object integrity in infants: The evidence from smooth pursuit |
| 47 |
P LAFON | Cognitive development and functional learning in a judgment visual task |
| 48 |
R Bolzani | Developmental dyslexia is a multifactor disorder: The neuropsychological approach |
| 49 |
L M Shanagher | An investigation of cognitive dysmetria in developmental dyslexia |
| 50 |
Y Otsuka | Infants’ perception of partly occluded object in ambiguous motion display |
| 51 |
T C J de Wit | Form perception of partly occluded shapes in infants |
| 52 |
E Nakato | The 3/4 view effect in infancy - Behavioral and neuroscience data |
| 53 |
C von Hofsten | Anticipative motion tracking in very preterm (<32 weeks) infants measured at 2 and 4 months of corrected age |
| 54 |
M Noda | The effect of viewpoint observation on the body turn of another person in children |
| 55 |
K K Gummel | Motion perception in Russian children with fetal alcohol syndrome (FAS) |
| 56 |
O V Levashov | Low score of visual successive recognition in children with dyslexia |
| 57 |
R E Pye | Magnocellular function contributes to reading and attention in children |
| 58 |
J Little | Investigating poor visual performance in children with Down syndrome |
| 59 |
D A Cowie | Stepping stones across the river: Visually guided planning of locomotion in children and adults |
| 60 |
J-P Orliaguet | Visual perception of elliptic movements in 7-to-11 years old children: Influence of motor rules |
| 61 |
V Zhurausky | Contrast sensitivity of amblyopic and squint children |
| 62 |
M Sharikadze | Peculiarities of color vision testing in children |
| 63 |
T J Cherepennikova | Refractive errors in auditory impaired children of preschool and junior school age |
| 64 |
I I Shoshina | Age Peculiarities of the Influence of Gender and Eye-dominance on the Perception of the Poggendorff Figure |
| 65 |
V V Ognivov | Variability of Mueller-Lyer illusion assessed by means of printed and computer-generated test images |
| 66 |
S Rossit | Differential right hemispheric aging: Evidence from a chimeric face processing task with younger and older adults |
| 67 |
F Makarov | Flickering light in combination with mesopic illumination cause reorganization of distribution pattern of cytochrome oxidase activity in kitten visual neurons of area 17 |
| 68 |
A de Heering | Newborns’ face recognition is based on low-spatial frequencies |
| 69 |
V Salvano-Pardieu | Effect of colour on implicit and explicit memory |
| Combining features into figures, objects, scenes Tuesday 09:00-18:30 / Attended 15:30-16:30 |
| 70 |
E S mikhailova | The involvement of the human visual cortical areas in early detection of the first and second-order object features |
| 71 |
C M Magnussen | When perception of object motion fails: Biases for simple shapes moving along non-cardinal axes |
| 72 |
A V Slavutskaia | Human visual evoked potentials to bars and cross-like figures |
| 73 |
Q C Vuong | Human perception and recognition of metric changes of part-based dynamic novel objects |
| 74 |
A Guerin-Dugue | Semantic and perceptual dimensions of people in scenes for image indexing |
| Timing and temporal dynamics Tuesday 09:00-18:30 / Attended 15:30-16:30 |
| 75 |
D N Podvigina | Human estimation of short time intervals |
| 76 |
G Plomp | Temporal articulation of sensory events and perception of time |
| 77 |
S Estaún Ferrer Sr. | The Influence of the Speed of Environmental Stimuli on estimating duration of a static stimulus |
| 78 |
G M Cicchini | Perception of duration for equiluminant stimuli |
| 79 |
A Gauch | Asynchronous perception of colour and motion: Effects of trajectory position |
| 80 |
V Conrad | Breaking the stability of perceptual instability: Temporal dynamics of ambiguous figure reversal and interference from distracter patterns |
| 81 |
E V Pechenkova | Object-based and location-based selection in visual temporal displacements |
| 82 |
J-P Bresciani | Automatic integration of visual, tactile and auditory signals for the perception of sequences of events |
| Neural coding Tuesday 09:00-18:30 / Attended 15:30-16:30 |
| 83 |
M J Morgan | The inefficiency of visual search for a target differing in duration is not explained by memory loss |
| 84 |
T Bagaeva | Study of high-frequency oscillations in cat lateral geniculate nucleus neurons |
| 85 |
N F Podvigin | On mechanisms of synchronization of impulses in impulse reactions of neurons in neuronal pools |
| 86 |
R Weerda | The role of the human primary visual cortex in visual perception and visual search |
| Cognition, decision Tuesday 09:00-18:30 / Attended 15:30-16:30 |
| 87 |
M V Baldo | The allocation of endogenous visual attention in Parkinson’s disease |
| 88 |
N Rezaii | Categorization labels do not change transitivity in shape space |
| 89 |
F Samuel | Visual perception of equilibrium position of composite objects |
| 90 |
V Y Ivanova | The subliminal visual perception effects on human emotional status |
| 91 |
V Lyakhovetskii | Strategies for storing spatial transformations of chess positions |
| 92 |
A Lak | Red is retained efficiently in human visual working memory |
| 93 |
S V Ivanov | The investigation of the relation between the type of personality and temporal characteristics during the process of recognition |
| 94 |
O V Levashov | Strategy of image examination in early vision |
| 95 |
M To | Ratings of differences between pairs of natural images are primarily based on low-level cues |
| 96 |
N Osaka | Cortical brain network for intention-based mentalization in the perception of animated patterns: An event related fMRI study |
| 97 |
R M Puca | Wish you were here: Peoples need for affiliation influences their perception of ambiguous point-light walkers |
| 98 |
A pin | Penalty Kick: When to the decide where to kick |
| 99 |
S Vrins | Amodal completion of natural objects: Effects of material properties |
| 100 |
B Bridgeman | Processing visual orientation that is only imagined |
| Spatio-temporal vision Tuesday 09:00-18:30 / Attended 15:30-16:30 |
| 101 |
R Azadi | Moving gratings adapt higher spatial frequency channels |
| 102 |
N T Dhruv | Contrast adaptation at different loci is expressed distinctively in striate cortical neurons |
| 103 |
R S Ivanov | Are the details of oriented visual stimuli better resolved when they are horizontal or vertical rather than oblique? |
| 104 |
T Sato | Detection of illusory, stereo-defined, and motion-defined contours are mediated by a common mechanism |
| 105 |
W L Slaghuis | Measuring the global-local effect using backward masking and contrast threshold |
| 106 |
C Casanova | Organization of cortical area 21A for simple and complex stimuli: A brain optical imaging study |
| 107 |
M Dorr | Visibility of spatial and temporal blur in dynamic natural scenes |
| 108 |
J Q LI | Contour coding and structural luminance coding in real-world scene recognition |
| 109 |
S R Lehky | A comparison of shape encoding in primate dorsal and ventral visual pathways |
| 110 |
F Schalk | Effects of band pass filtering of natural scenes on the BOLD response in V1 |
| 111 |
K langley | Parallel and cross-orientation threshold facilitation following spatio-temporal adaptation under mesopic viewing conditions |