| 1 | Parallel processing under conditions of discomfort glare
G Bargary, J L Barbur |
| 2 | Visual segmentation of spatially overlapping subsets
I Utochkin |
| 3 | Spatial distribution of attention in three dimensional space
Y Seya, M Yamaguchi, H Shinoda |
| 4 | Space-based Attention and Visual Awareness in Inattentional Blindness Task
M Kuvaldina, P Iamshchinina |
| 5 | Individual differences in the attentional blink: The temporal profile of large versus small blinkers
C Willems, S Wierda, E L van Viegen, S Martens |
| 6 | Training and the Attentional Blink: Limits Overcome or Expectations Raised?
M Tang, D Badcock, T Visser |
| 7 | Phonologic, morphological, semantic and lexical connections between Chinese characters modulate attentional blink
H Cao, H Yan |
| 8 | Target and mask preview effects in object substitution masking
M Pilling |
| 9 | A unified system-level model of visual attention and object substitution masking (OSM)
F Beuth, F Hamker |
| 10 | Functional subdivision of the visual field: vertical border evidenced by inhibition of return
Y Bao, Y Tong, E Pöppel |
| 11 | Neural evidence for the eccentricity effect of inhibition of return in the visual field
Y Bao, B Zhou, E Pöppel |
| 12 | The temporal dynamics of visual salience
J Silvis, M Donk |
| 13 | Spatial and nonspatial visual selection
M Nordfang, C Bundesen |
| 14 | How automatic is Automated Symbolic orienting?
D Hayward, C Dick, J Ristic |
| 15 | Two sides of the same coin? Combined attention in overt and covert orienting.
M Landry, J Ristic |
| 16 | Object's size captures attention in a Temporal Order Judgment task
L Bernardino, M Cavallet, B M Sousa, C Galera |
| 17 | Joint and visual shifts of attention are based on similar mechanisms – or are they? An individual differences approach
U Leonards, C Hedge, H Thiel, R Taylor, A Broyd, J Clark, A Rowe |
| 18 | Effects of different stimulus onset asynchronies on visual attention shifts
Y Hashimoto, N Utsuki |
| 19 | Time course of attentional shift in response to another person’s gaze direction
M Ogawa, T Seno, H Ito, S Sunaga |
| 20 | Stimulus-driven effects on line bisection behavior: An EEG study
C Benwell, M Harvey, G Thut |
| 21 | Emotion-attention resource competition in early visual cortex follows emotional cue extraction
V Bekhtereva, M Müller |
| 22 | Attention spreads measured by steady state visual evoked potential and by event related potential
S Shioiri, H Honjo, Y Kashiwase, R Tokunaga, K Matsumiya, I Kuriki |
| 23 | Do Stroop congruency levels modulate early and late feature-based attention effects? An ERP study
J Siemann, M Herrmann, D Galashan |
| 24 | Feature-based attention effects for motion and color changes assessed with ERPs in a cue validity balanced paradigm
D Galashan, T Reeß, J Siemann, D Wegener, M Herrmann |
| 25 | Rhythmic presentation of category-specific but different stimuli drives oscillatory brain response
C Keitel, K Saupe, E Schröger, M Müller |
| 26 | Neurophysiological evidence for enhanced top-down control in processing of homogeneous contexts
T Feldmann-Wüstefeld, A Schubö |
| 27 | Perceptual processing during divided attention across and within visual hemifields
S Walter, C Keitel, M Müller |
| 28 | Cartography of causal contributions of human frontal cortex to visual attention
C Peschke, Y Jin, B Olk, A Valero-Cabre, C C Hilgetag |
| 29 | Cued Attention and Aesthetic Evaluation of Abstract Unfamiliar Patterns
G Rampone, A Makin, M Bertamini |
| 30 | Visuospatial working memory mediates the preview effect in the absence of attentional capture
D Barrett, S Shimozaki |
| 31 | Working memory precision is affected by priority of locations
Z Klyszejko, M Rahmati, C Curtis |
| 32 | Learning eye movement sequences (scan paths) in a number connection test: Evidence for long-term memory based control of attention
R Foerster, W Schneider |
| 33 | Altering attentional control settings causes persistent biases of visual attention
H Knight, D T Smith, A Ellison |