| Poster Sessions - Tuesday, 23 August 2005 |
| Biological motion Tuesday 09:00-13:30 / Attended 10:30-11:30 |
| 1 |
J Lange | Discrimination of biological motion in noise |
| 2 |
J Schultz | Activation in superior temporal sulcus parallels a parameter inducing the percept of animacy |
| 3 |
L Michels | Biological motion activates the STS in a retinotopic manner |
| 4 |
L S McKay | Throwing like a man: Recognising gender from emotional actions |
| 5 |
M Tanaka | Effects of spatial attention on perception of a point-light walker superimposed by 3D scrambled walker mask |
| 6 |
R A Sigala | Mid-level motion features for the recognition of biological movements |
| 7 |
T Viéville | How fast-brain object categorization allows top-down processes of segmentation |
| Clinical vision Tuesday 09:00-13:30 / Attended 10:30-11:30 |
| 8 |
A D Kurtev | Glare sensitivity in myopic and emmetropic subjects as assessed by facial EMG |
| 9 |
A Kimura | A test of bipolarity hypothesis underlying color harmony principle: From the evidence on harmony production and estimation correspondence and individual difference |
| 10 |
A S Sampaio | Visuo-spatial recognition in Williams syndrome: Dissociative performance in nonmotor tasks? |
| 11 |
A Valberg | Substantial loss of chromatic contrast sensitivity in subjects with
age-related macular degeneration |
| 12 |
B Budiene | Impairments of colour contrast sensitivity thresholds in cases of damage of chiasma opticum |
| 13 |
B D Stoimenova | Topographical characteristics of contrast sensitivity of subjects with physiological myopia |
| 14 |
C E Partington | The effects of ageing and Parkinson’s disease on visuospatial attention: Sex and modality differences |
| 15 |
J Gudlin | Test variability in glaucomatous visual fields tested with high resolution perimetry |
| 16 |
J M D O´Brien | Motion Processing in Dyslexia and Asperger Syndrome: an fMRI Study |
| 17 |
M Roinishvili | Deficits of visual information processing in schizophrenic patients and their healthy relatives |
| 18 |
R Lukauskiene | Colour determination changes due to damage of chiasma opticum |
| 19 |
R Ruseckaite | Pattern pulse versus frequency doubling illusion: Sensitivities and specificities in optic neuritis patients |
| 20 |
S C Dakin | Weak contextual suppression can make people with schizophrenia more accurate at contrast discrimination |
| 21 |
S Tsermentseli | Form and motion processing in dyslexia and asperger’s syndrome |
| Cognition Tuesday 09:00-13:30 / Attended 10:30-11:30 |
| 22 |
A E Hayes | Influence of monetary incentive on performance in a selective attention flanker-interference task |
| 23 |
A Ishiguchi | Visual inference of categories of two dimensions with use of sequential sampling |
| 24 |
A K Paakkonen | Coherent-motion-onset event-related potentials in dyslexia |
| 25 |
S Congiu | The role of spatial contiguity in perception of causality |
| 26 |
V Biasi | Visual perception of physiognomic properties and meanings in relation to stress or comfort states |
| 27 |
Y Kiritani | A pilot study of the temporal condition for the perception of livingness in the communication with computers |
| Learning and memory Tuesday 09:00-13:30 / Attended 10:30-11:30 |
| 28 |
E Yago | Neural correlates of category learning |
| 29 |
G Maehara | Perceptual learning in monocular superimposed masking |
| 30 |
J Karanka | Learning and strategy changes in a binocular time-to-contact judgment task |
| 31 |
J R Vidal | Does selective attention filter out distractor information in visual working memory storage? |
| 32 |
K N Dudkin | Visual-working-memory characteristics during invariant visual-recognition processing in monkeys |
| 33 |
M Malania | Perceptual learning: No improvement under roving? |
| 34 |
M Ohmi | Neural responses of memorializing and recalling process in spatial mechanism measured by MEG |
| 35 |
P Figueiredo | Retrieval of abstract drawings modulates activity in retinotopic visual areas |
| 36 |
R Yakushijin | The time series of statistical efficiency in visual pattern learning |
| 37 |
S Narasimhan | The decay of trajectory-traces in memory when tracking multiple trajectories |
| 38 |
S Nasr | Information about the sequence of presentation does not reduce the visual working memory capacity |
| 39 |
T Tzvetanov | Long-range perceptual learning with line stimuli? |
| 40 |
W-L Chou | Dissociation of object- and space-based inhibition of return by working memory |
| 41 |
Z Hussain | Perceptual learning of texture-identification does not transfer across stimulus identity |
| 42 |
H L Gauchou | Relational information in visual short term memory (VSTM) as an explanation of the "visual sensing" effect |
| 43 |
M Fahle | Prism adaptation by gain control |
| Multisensory integration 1 Tuesday 09:00-13:30 / Attended 10:30-11:30 |
| 44 |
A Sakai | Effects of accompanying sound on visually perceived motion |
| 45 |
B F M Marino | Changing vision by changing breath |
| 46 |
C Roumes | Auditory-visual fusion space in darkness depends on lateral gaze shift |
| 47 |
F Hashimoto | Cross modal interference in the rapid serial visual-tactile, tactile-visual presentations |
| 48 |
H J Barras | Role of perceptive expectations and ground texture on motion sicknes |
| 49 |
J Harris | The effect of “non-informative” vision on tactile sensitivity |
| 50 |
J S Benjamins | The temporal limits of binding sound and colour |
| 51 |
J Schulte-Pelkum | Can auditory cues influence the visually induced self-motion illusion? |
| 52 |
M Kitazaki | Non-linear integration of visual and auditory motion information for human control of posture |
| 53 |
M Nakajima | Cross-modal repetition deficit |
| 54 |
M Sinico | Visual discrimination of intermodal launching events |
| 55 |
M Suzuki | Cross-modal mere exposure effects between visual and tactile modalities |
| 56 |
M W Greenlee | Differential neural activity during perception of coherent audiovisual motion |
| 57 |
P MacNeilage | A cue-combination model for the perception of body orientation |
| 58 |
R J V Bertin | Optokinetosis or simulator sickness: Objective measurement and the role of visual-vestibular conflict situations |
| Art and vision Tuesday 15:00-19:30 / Attended 16:30-17:30 |
| 1 |
A Wilkins | Aversion to contemporary art |
| 2 |
B Dresp | What a beautiful stump! Ecological constraints on categorical perception of photographs of mutilated human bodies |
| 3 |
D Augustin | A look through the expert’s eyes: Art expertise and aesthetic perception |
| 4 |
J M Cha | The effect of Gestalt factors on aesthetic preference |
| 5 |
K Mitsui | The relationship between visual anisotropy and aesthetic preference for disk arrangement |
| 6 |
S Gershoni | How we look at photographs- Lightness perception and aesthetic experience |
| 7 |
S Park | Effects of brightness, contrast, and color tone on the affective impressions of photographic images |
| 8 |
D J Graham | How alike are natural scenes and paintings? Characterizing the spatial statistical properties of a set of digitized, grey-scale images of painted art |
| 9 |
J M M Linhares | Estimating the best illuminant for art paintings by computing chromatic diversity |
| 10 |
G J van Tonder | Dürer`s choice: Representing surface attitude in engravings |
| 11 |
P Trutty-Coohill | Leonardo da Vinci’s "Mona Lisa" in light of his studies of the brain |
| 12 |
J Rogers | Motion perception in art and design research |
| 13 |
N J Wade | Hermann-herings grids: The impact of sound on vision |
| 14 |
A L M Rodrigues | Drawing as an experience of seeing |
| Attention 1 Tuesday 15:00-19:30 / Attended 16:30-17:30 |
| 15 |
A Deubelius | Decreased detectability of targets in non-stimulated regions of the visual field |
| 16 |
A Montagnini | Spatio-temporal characterization of presaccadic allocation of attention |
| 17 |
A Stemme | Temporal dynamics of the interaction between working memory and attention: A neuronal model of a Wisconsin-DMS-Task |
| 18 |
A Vavassis | Implicit learning of divided visual-spatial attention allocation in easy and difficult tasks |
| 19 |
B Noudoost | Attention sharpens selectivity |
| 20 |
F Pestilli | Mechanisms of covert attention revealed by contrast adaptation |
| 21 |
C J Howard | Limits on continuous monitoring of the features of multiple objects |
| 22 |
E Põder | Crowding and salience-based attention |
| 23 |
F Bauer | Spatial-attentional orienting and synchrony priming |
| 24 |
F K Chua | Capturing focused attention |
| 25 |
F M Felisberti | Does attention affect the identification of multiple directions in transparent motion? |
| 26 |
C F Sambo | Attentional modulation of lateral interactions depends on eccentricity |
| 27 |
G Campana | Attentional modulation of visual search depends on the relation between eccentricity and spatial interactions |
| 28 |
G Mueller-Plath | What does attention select in visual search, and why? |
| 29 |
H-I Liao | Asymmetry of stimulus-driven attentional capture by non-contingent onsets and color distractors |
| 30 |
J Kremlacek | Effect of attentional load, habituation and fatigue on the motion-onset VEPs |
| 31 |
K Ishida | Influence of a moving object on visual information capacity expressed by span of attention |
| 32 |
K J Linnell | Action modulates object-based selection |
| 33 |
K L Shapiro | Illusory motion attenuates the attentional blink |
| Lightness, brightness, and contrast 1 Tuesday 15:00-19:30 / Attended 16:30-17:30 |
| 34 |
A Bertulis | Contrast variations in bisection stimulus with flanking stripes |
| 35 |
A C G Galmonte | Predicting the effect of spatial articulation on lightness |
| 36 |
A J Ahumada | A local contrast metric |
| 37 |
A Radonjic | Role of luminance range and relative area in computation of lightness |
| 38 |
B Lingelbach | Adding diagonals to the scintillating grid |
| 39 |
B Pinna | Laws of figurality and lighting, backlighting and watercolor illusions |
| 40 |
C M M de Weert | Context effects in assimilation and contrast |
| 41 |
D Zavagno | Which has the bigger effect: Higher luminance vs luminance adjacency |
| 42 |
F W Cornelissen | Do cortical neurons spatially integrate luminance or edge signals to encode surface properties? |
| 43 |
I Kurki | A reverse correlation study of the spatiotemporal properties of brightness perception in real and illusory stimuli |
| 44 |
I Serrano-Pedraza | The effect of white-noise mask level on sinewave contrast detection thresholds |
| 45 |
J B Ares-Gomez Sr. | The hermann-hering grid illusion: Human parafoveal perceptive field centre size estimations and establishment of a new methodology for investigative application |
| 46 |
J Geier | Distortion tolerance of the Hermann grid |
| 47 |
J Plantier | Influence of the coherence of a glaring source on the contrast sensitivity function |
| 48 |
K Petrini | The additive and multiplicative component contribution into Adelson’s snake lightness illusion |
| 49 |
O Ruiz | The orientation dependence of the Hermann grid illusion |
| 50 |
S Magnussen | Filling-in of the blind spot: Edge effects in the visual cortex |
| Spatial vision 1 Tuesday 15:00-19:30 / Attended 16:30-17:30 |
| 51 |
A Bulatov | Length matching distortions in presence of distracting stripes |
| 52 |
A Gallace | Poggendorff bridges Müller-Lyer and rod and frame |
| 53 |
A Glennerster | Size perception in an expanding room: Is stereo and motion parallax information lost without trace? |
| 54 |
A Huckauf | Spatial asymmetries: Enhancing the outer unit |
| 55 |
B C Hansen | Contour processing and the local cross-scale spatial
phase alignment of natural scene images |
| 56 |
C Massot | Analysis of the combination of frequency and orientation cue in texture orientation perception |
| 57 |
Chara Vakrou | Spatial scale and second-order peripheral vision |
| 58 |
F Hermens | Visual backward masking: Effects of mask homogeneity |
| 59 |
G Giovanelli | The role of directionality in Giovanelli's illusion |
| 60 |
J M Wallace | Grouping in the ternus display: Identity over space and time |
| 61 |
J S Lauritzen | Measuring vernier acuity using a contrast masking protocol |
| 62 |
J Uchida | Effect of positions of lines on perception of Ebbinghaus angular illusion |