| Name | Talk | Time | Title |
|---|
| Findlay | John M. | A1-1 | 20.08. 10:30 | Rapid detection of person information in a naturalistic scene |
| Kirchner | Holle | A1-2 | 20.08. 10:50 | Ultra-rapid categorisation of natural sounds: Assessing auditory processing speed with saccadic eye movements |
| Nummenmaa | Lauri | A1-3 | 20.08. 11:10 | Emotional content drives the saccade generation system reflexively |
| Nyström | Marcus | A1-4 | 20.08. 11:30 | Variable resolution images and their effect on eye-movements during free-viewing |
| Pfeiffer | Thies | A1-5 | 20.08. 11:50 | 3D fixations in real and virtual scenarios |
| d'Ydewalle | Géry | A1-6 | 20.08. 12:10 | The Processing of Flashbacks in Film |
| Koerner | Christof | A2-1 | 21.08. 15:20 | The target is absent but the memory is present: Distractor processing in repeated visual search |
| Koesling | Hendrik | A2-2 | 21.08. 15:40 | Mismatch detection strategies in collaborative visual search |
| Trösterer | Sandra | A2-3 | 21.08. 16:00 | Cognitive workload as a means to distract top-down visual search in dynamically changing interfaces? |
| Ludwig | Casimir J.H. | A2-4 | 21.08. 16:20 | Comparison of the effect of dynamic visual events on saccade target selection |
| van der Stigchel | Stefan | A2-5 | 21.08. 16:40 | The spatial coding of the inhibition evoked by distractors |
| Kollmorgen | Sepp | A2-6 | 21.08. 17:00 | Integration of task dependent information of different image patches during scanning eye movements |
| Becker | Stefanie I. | A3-1 | 22.08. 13:30 | Oculomotor capture by salient distractors: Effects of target similarity |
| Doré-Mazars | Karine | A3-2 | 22.08. 13:50 | Is visuo-spatial perception related to visual or motor selection processes during eye movement preparation? Investigations with saccadic adaptation |
| Jonikaitis | Donatas | A3-3 | 22.08. 14:10 | Simple task, complex demands: Saccades interrupt visual imagery of motion |
| Onat | Selim | A3-4 | 22.08. 14:30 | Audio-visual integration during visual overt attention |
| Souto | David | A3-5 | 22.08. 14:50 | Is selective attention at the target location necessary for smooth pursuit initiation ? |
| Trukenbrod | Hans A. | A3-6 | 22.08. 15:10 | Eye movements in foveal and parafoveal search tasks |
| De Graef | Peter | A4-1 | 23.08. 10:30 | Contextually modulated viewpoint effects on object recognition in scenes |
| Couronné | Thomas | A4-2 | 23.08. 10:50 | Extracting relevant visual properties of made-man object with monadic and paire-wise evaluation: Mixture modeling and parzen kernels infer attention |
| Smith | Tim J. | A4-3 | 23.08. 11:10 | Looking for continuity: The relationship between natural attentional shifts and perceived continuity across film cuts |
| Paletta | Lucas | A4-4 | 23.08. 11:30 | Towards automated mapping of semantic content from mobile eye tracking in urban environments |
| Vockeroth | Johannes | A4-5 | 23.08. 11:50 | Mobile visualization of natural scenes using a head-mounted wide-angle camera and a gaze-driven tele-lens camera |
| Paré | Martin | A4-6 | 23.08. 12:10 | Centering gaze behavior in audiovisual speech perception under noisy conditions |
| Munoz | Doug P. | AS-1 | 22.08. 09:00 | Cortical and subcortical involvement in the anti-saccade task |
| Everling | Stefan | AS-2 | 22.08. 09:20 | Contribution of the dorsolateral prefrontal cortex to antisaccade task performance |
| Corneil | Brian D. | AS-3 | 22.08. 09:40 | Neuromuscular correlates of covert orienting in an anti-saccade task |
| Luna | Beatriz | AS-4 | 22.08. 10:00 | The development of state and task related processes during antisaccade performance: A mixed block/event-related fMRI study |
| Medendorp | W. Pieter | AS-5 | 22.08. 10:20 | Transient neuromagnetic and hemodynamic activity in human parietal cortex during memory-guided antisaccades |
| Curtis | Clayton E. | AS-6 | 22.08. 10:40 | Inhibiting unwanted saccades |
| Blythe | Hazel I. | B-1 | 22.08. 16:00 | Fusion and saccadic targeting to dichoptically presented words in adults and children |
| Obregon | Mateo | B-2 | 22.08. 16:20 | A contralateral hemifoveal advantage in isolated word recognition |
| Shillcock | Richard | B-3 | 22.08. 16:40 | Understanding fixation disparity in reading |
| Jones | Manon W. | C1-1 | 20.08. 16:00 | Dyslexic and control eye-movement differences in the RAN task |
| Thaler | Verena M. | C1-2 | 20.08. 16:20 | Dyslexics' eye movements during reading words of different length and linguistic complexity |
| Landgraf | Steffen | C1-3 | 20.08. 16:40 | Memory-guided saccade abnormalities in schizophrenic patients and their healthy, full biological siblings |
| Koningsbruggen | Martijn G. van | C1-4 | 20.08. 17:00 | Endogenous control of oculomotor reflexes in Parkinson disease |
| Smith | Nicholas D. | C1-5 | 20.08. 17:20 | Eye Movement analysis in glaucoma when viewing a Driving Hazards Perception Test |
| Wurtz | Pascal | C1-6* | 20.08. 17:40 | Length perception in hemispatial neglect: Having a Look at the Brentano illusion |
| Deruaz | Anouk | C2-1 | 23.08. 10:30 | The analysis of reading strategies as a tool for understanding and training eye movements in patients with central field loss |
| MacAskill | Michael | C2-2 | 23.08. 10:50 | Parkinson's disease: How does saccadic performance relate to arm movement measures and to clinical ratings? |
| Helmchen | Christoph | C2-3 | 23.08. 11:10 | Downbeatnystagmus: Interaction with otolithic signals and therapeutical aspects |
| Barton | Jason J.S. | C2-4 | 23.08. 11:30 | The relation between antisaccade errors, fixation stability and prosaccade errors in schizophrenia |
| Pflugshaupt | Tobias | C2-5 | 23.08. 11:50 | When left becomes right and vice versa: Mirrored vision after cerebral hypoxia |
| Bartl | Klaus | E1-1 | 21.08. 09:00 | High sampling rate and low latency mobile binocular video eye tracking system enables realtime control applications |
| Herholz | Sebastian | E1-2* | 21.08. 09:20 | Real-time gaze-tracking for freely-moving observers |
| Hill | Robin L. | E1-3 | 21.08. 09:40 | Eye-tracking joint action: New technologies |
| Sichelschmidt | Lorenz | E1-4 | 21.08. 10:00 | "Here's looking at you, kid" - Forms and functions of gaze contact in dialogue |
| Raidt | Stephan | E1-5 | 21.08. 10:20 | Impact of cognitive state on gaze patterns during face-to-face interaction |
| Krejtz | Krzysztof | E1-6 | 21.08. 10:40 | Visual attention dynamics - Personality and social determinants |
| Brunstein | Angela | E2-1 | 21.08. 15:20 | Learning algebra by exploration |
| Schwonke | Rolf | E2-2 | 21.08. 15:40 | Making multiple representations more useful: Instruction on the intended cognitive functions of representations affects gaze behavior and learning |
| Guan | Ying-Hua | E2-3 | 21.08. 16:00 | Eye-movement behavior and cognitive processes of science learning |
| Jian | Yu-Cin | E2-4 | 21.08. 16:20 | Investigating the effects of background knowledge on Chinese word recognition: Evidence from eye movements |
| Heremans | Elke | E2-5 | 21.08. 16:40 | Looking in our mind: Can eye movement registration be used as a tool to objectively measure motor imagery? |
| Alahyane | Nadia | E2-6 | 21.08. 17:00 | Age-related changes in eye movement control from early childhood to adulthood using prosaccade and antisaccade tasks |
| Dodd | Jon V. | E3-1 | 22.08. 09:00 | Better Apple Behaviour (BAB) - a 'consumer' gaze pattern found to be common across different creative media |
| Fischer | Peter | E3-2 | 22.08. 09:20 | Eye tracking for objective usability evaluation |
| Fukuda | Ryoko | E3-3 | 22.08. 09:40 | Which features of gerontechnology products interest elderly users? |
| Biella | Marcus | E3-4 | 22.08. 10:00 | Individual pilot performance incidents in a flight simulator task addressing situation awareness |
| Dzaack | Jeronimo A.B.D. | E3-5 | 22.08. 10:20 | SimTrA: A tool for analyzing and comparing simulated eye movement data of cognitive models and empirical data |
| Dukic | Tania | E3-6 | 22.08. 10:40 | Eye tracking of maritime watch-keepers: What's a safe navigation pattern? |
| Dambacher | Michael | EE-1 | 23.08. 10:30 | Approaching normal reading: SOA, frequency, and predictability effects on event-related potentials |
| Dimigen | Olaf | EE-2 | 23.08. 10:50 | Co-registration of eye movements and event-related brain potentials: A new tool to investigate eye movement control in reading |
| Graupner | Sven-Thomas | EE-3 | 23.08. 11:10 | The time course of visual distractor processing: Evidence from simultaneous recordings of eye movements and EEG/ERP |
| Hutzler | Florian | EE-4 | 23.08. 11:30 | Fixation related brain potentials: A validation |
| Valsecchi | Matteo | EE-5 | 23.08. 11:50 | Microsaccadic inhibition and P300 enhancement in a visual oddball task |
| Troncoso | Xoana G. | F-1 | 21.08. 15:20 | Fixational eye movements and Op-Art |
| Desbordes | Gaelle | F-2 | 21.08. 15:40 | Modeling retinal activity during natural visual fixation |
| Rolfs | Martin | F-3 | 21.08. 16:00 | In-between fixation and movement: Towards a common-field model of microsaccade and saccade generation |
| Betta | Elena | F-4 | 21.08. 16:20 | Microsaccades distinguish between different attention modes |
| Brien | Donald | F-5 | 21.08. 16:40 | Covert orienting modulates microsaccade metrics in non-human primates |
| Collins | Niamh | F-6 | 21.08. 17:00 | Characterisation of the tremor component of fixational eye movements |
| Sommer | Wieland H. | G-1 | 21.08. 15:20 | Different patterns of contralateral preference for spatial orienting and visual search |
| Nagel | Matthias | G-2 | 21.08. 15:40 | Velocity coding cortical activation during retinal and extraretinal smooth pursuit revealed by event related fMRI |
| Semmlow | John L. | G-3 | 21.08. 16:00 | Saccadic behavior during the response to pure vergence stimuli |
| Bertel | Sven | G-4 | 21.08. 16:20 | Gaze-based models of human diagrammatic problem solving |
| Groner | Rudolf | G-5 | 21.08. 16:40 | Determinants of scanpaths : Theoretical and methodological considerations |
| Zangemeister | Wolfgang H. | G-6 | 21.08. 17:00 | How do we differentiate ART from NON-ART pictures: Statistical eye movement analyses of Scanpath locations and sequences |
| Rayner | Keith | I1 | 20.08. 09:15 | Eye movements in reading and cognitive processing tasks: Data and models |
| Goldberg | Michael E. | I2 | 20.08. 13:30 | On the agnosticism of spikes: Attention, intention, and salience in the monkey lateral intraparietal area and prestriate area v4 |
| Martinez-Conde | Susana | I3 | 21.08. 11:30 | Perceptual and physiological effects of fixational eye movements |
| Altmann | Gerry T.M. | I4 | 22.08. 11:30 | Language-mediated eye movements: Why, when, and where |
| Karnath | Hans-Otto | I5 | 23.08. 09:00 | Right hemisphere role in spatial attention |
| Gilchrist | Iain D. | IS-1 | 20.08. 14:30 | The Double Step revisited: Interactions between when and where in saccade control |
| Liversedge | Simon P. | IS-2 | 20.08. 14:50 | Binocular coordination during reading |
| Walker | Robin | IS-3 | 20.08. 15:10 | The influence of distractors on saccade target selection |
| Benson | Valerie | IS-4 | 20.08. 16:00 | A comparison of bilateral versus unilateral target and distractor presentation in the remote distractor paradigm |
| Crawford | Trevor J. | IS-5 | 20.08. 16:20 | Inhibition of single and multiple distracters |
| Deubel | Heiner | IS-6 | 20.08. 16:40 | Saccadic gain adaptation does not modify the pre-saccadic attention focus |
| Kapoula | Zoï | IS-7 | 20.08. 17:00 | Binocular coordination of saccades: Development, aging and cerebral substrate |
| McSorley | Eugene | IS-8 | 20.08. 17:20 | Investigation of the effect of remote and near distractors on saccadic eye movements |
| Vitu | Françoise | IS-9 | 20.08. 17:40 | The global effect: About the limited influence of foveal distractor stimuli |
| Johnson | Marcus L. | L-1 | 22.08. 13:30 | The frequency of noun phrases and memory interference during complex sentence processing |
| Knoeferle | Pia | L-2 | 22.08. 13:50 | Eye tracking parallelism in coordinate constructions: The effects of syntax, semantics and coordinating conjunction |
| Williams | Rihana S. | L-3 | 22.08. 14:10 | The time course of lexical ambiguity resolution in children |
| Konieczny | Lars | L-4 | 22.08. 14:30 | Local syntactic coherence interpretation: Evidence from visual-world experiments |
| Suckow | Katja | L-5 | 22.08. 14:50 | Looking for the road most traveled by: A Clustering Approach for the Analysis of Saccades in on-line scene descriptions |
| Brunstein | Joerg | L-6 | 22.08. 15:10 | Identifying relevant news in open corpora: Backtracking highlighted text regions |
| Meyer | Antje S. | L-7 | 22.08. 16:00 | Parallel object processing in a naming task |
| Furtner | Marco | L-8 | 22.08. 16:20 | Eye movements and text understanding: New evidence for the role of the parts of speech and the regressive fixations |
| Vucetic | Vanja | L-9 | 22.08. 16:40 | What is the animacy effect? |
| Hamker | Fred H. | M1-1 | 20.08. 10:30 | Dynamic receptive field effects predicted by a saccade target theory of visual perception |
| Fujita | Masahiko | M1-2 | 20.08. 10:50 | Simulation of cerebellar Purkinje cell activity during saccadic adaptation |
| Harwood | Mark R. | M1-3 | 20.08. 11:10 | Saccadic procrastination: Predicting latencies from the visual costs and benefits of movement |
| Moshaiov | Amiram | M1-4 | 20.08. 11:30 | Multi-competence cybernetics of eye movements |
| Raab | Markus | M1-5 | 20.08. 11:50 | Modeling gaze and decision making in realistic, dynamic sports situations |
| Clement | Richard A. | M1-6 | 20.08. 12:10 | A test of alternative models of fixation target selection |
| Grinberg | Maurice A. | M2-1 | 22.08. 09:00 | SARL: A computational reinforcement learning model with selective attention |
| Chen | Minglei | M2-2 | 22.08. 09:20 | Using Latent Semantic Analysis for computing semantic relatedness to predict Chinese readers' eye movements |
| Stone | Ben P. | M2-3 | 22.08. 09:40 | Calculating fluid regions of interest in textual stimuli |
| Wang | Hsueh-Cheng | M2-4* | 22.08. 10:00 | Estimating word's predictability on lexical processing using latent semantic analysis - verification from eye movement data |
| Mergenthaler | Konstantin K. | M2-5 | 22.08. 10:20 | Control principles underlying the generation of fixational eye movements |
| Engbert | Ralf | M2-6 | 22.08. 10:40 | Reading with a dynamic processing span |
| Richter | Eike M. | M3-1 | 23.08. 10:30 | Simulating Chinese reading with SWIFT: Do word or character based rules apply? |
| Reichle | Erik D. | M3-2 | 23.08. 10:50 | Higher-level language processing during reading: Using the e-z reader model to examine post-lexical integration |
| Reilly | Ronan G. | M3-3 | 23.08. 11:10 | A grammar extension to the Glenmore model of eye-movement control in reading |
| Feng | Gary | M3-4 | 23.08. 11:30 | Eye movement planning as stochastic optimization: Reinforcement learning in SHARE |
| Laurent | Patryk A. | M3-5 | 23.08. 11:50 | Serial or parallel? Using reinforcement learning to examine attention allocation during reading |
| Nuthmann | Antje | M3-6 | 23.08. 12:10 | Evaluation of the SWIFT model using z-string scanning as an oculomotor control condition to normal reading |
| Itti | Laurent | N-1 | 21.08. 09:00 | Bottom-up and top-down visual attention in humans and monkeys |
| Underwood | Geoff | N-2 | 21.08. 09:20 | Scanpaths and saliency in scene perception |
| Hayhoe | Mary M. | N-3 | 21.08. 09:40 | Is attention drawn to changes in familiar scenes? |
| Tatler | Benjamin W. | N-4 | 21.08. 10:00 | Image features, behavioural task and systematic tendencies in scene viewing |
| Henderson | John M. | N-5 | 21.08. 10:20 | Fixation durations during scene viewing |
| Ballard | Dana | N-6 | 21.08. 10:40 | Eye movements are agenda-driven |
| Harris | Christopher M. | P1-1 | 20.08. 10:30 | How to measure the horizontal main sequence from non-instructable children and infants |
| Krejtz | Izabela | P1-2 | 20.08. 10:50 | Anti-saccade task training in children with ADHD |
| Johnston | Kevin | P1-3 | 20.08. 11:10 | Primate prefrontal cortex sends cue, delay, saccade, and post-saccadic activity to the superior colliculus |
| Kitamura | Yutaka | P1-4 | 20.08. 11:30 | New concepts on the dominant eye |
| Vernet | Marine | P1-5 | 20.08. 11:50 | Role of posterior parietal cortex in the alignment of the eyes during fixations and saccades: A human TMS study |
| Beauvillain | Cécile | P1-6 | 20.08. 12:10 | Neuronal activity in the human parietal cortex during memory-guided pro- and anti-saccades: A MEG study |
| Jaschinski | Wolfgang | P2-1* | 21.08. 09:00 | Fixation disparity and asymmetry in convergent and divergent disparity step responses: Relation between individual differences |
| Mulligan | Jeffrey B. | P2-2 | 21.08. 09:20 | Spontaneous vergence oscillations induced by delayed visual feedback |
| Yang | Qing | P2-3 | 21.08. 09:40 | Different aging effects for voluntary and express vergence |
| Nooij | Suzanne A.E. | P2-4 | 21.08. 10:00 | Orientation of Listing's plane is affected by sustained centrifugation |
| Dera | Thomas | P2-5 | 21.08. 10:20 | Measurement of Listings plane with galvanic vestibular stimulation (GVS) using 3D video-oculography (VOG) |
| Huestegge | Lynn | P2-6 | 21.08. 10:40 | How do concurrently performed manual movements influence oculomotor performance? |
| Hyönä | Jukka | R1-1 | 20.08. 10:30 | Lexical predictability exerts robust effects on fixation duration, but not on initial landing position during reading |
| Warren | Tessa | R1-2 | 20.08. 10:50 | Factors influencing effects of implausibility on eye-movements during reading: Empirical results and implications for the EZ Reader model |
| White | Sarah J. | R1-3 | 20.08. 11:10 | Sentence wrap-up and parafoveal processing of sentence-initial words |
| Staub | Adrian | R1-4 | 20.08. 11:30 | Building syntactic structure takes time: Experimental evidence and theoretical implications for models of eye movement control in reading |
| Traxler | Matthew J. | R1-5 | 20.08. 11:50 | Effects of syntactic complexity and strategic control on eye-movements during reading |
| Gompel | Roger van | R1-6 | 20.08. 12:10 | Eye-movement behaviour during ambiguous pronoun resolution |
| Juhasz | Barbara J. | R2-1 | 20.08. 16:00 | The effects of word length on english compound word recognition: Evidence from eye movements during reading |
| Bertram | Raymond | R2-2 | 20.08. 16:20 | The role of hyphens in compound word processing |
| Kuperman | Victor | R2-3 | 20.08. 16:40 | Effects of morphological structure on the processing of trimorphemic Finnish compounds |
| Murray | Wayne S. | R2-4 | 20.08. 17:00 | Lexical access reflected in the eye movement record |
| Joseph | Holly | R2-5 | 20.08. 17:20 | Child and adult frequency effects during reading: Frequency effects exist independently of Age-of-Acquisition effects in children |
| Kreiner | Hamutal | R2-6 | 20.08. 17:40 | Binocular fixations on different words: Are words skipped as often as we thought? |
| Kennedy | Alan | R3-1 | 21.08. 09:00 | Can mislocated fixations explain parafoveal-on-foveal effects? |
| Pynte | Joel | R3-2 | 21.08. 09:20 | Backward contextual influences during normal reading revisited: A multiple-regression analysis |
| Roberts | Matthew A.J. | R3-3 | 21.08. 09:40 | The Edinburgh Five Language corpus: A cross linguistic perspective on eye-movements in reading |
| Laubrock | Jochen | R3-4 | 21.08. 10:00 | On the eye-voice lag during oral reading |
| Hawelka | Stefan | R3-5 | 21.08. 10:20 | Word length and frequency effects on eye movements in dyslexic readers |
| Bohn | Christiane | R3-6 | 21.08. 10:40 | Proofreading: A case of mind-delayed reading |
| Inhoff | Albrecht W. | R4-1 | 22.08. 09:00 | Does saccade targeting determine the acquisition of parafoveal word information? |
| Radach | Ralph | R4-2 | 22.08. 09:20 | Exploring the limits of spatially distributed word processing in normal reading: A new look at N-2 preview effects |
| Drieghe | Denis | R4-3 | 22.08. 09:40 | Mislocated fixations and parafoveal-on-foveal effects in eye movements during reading |
| Yang | Jinmian | R4-4 | 22.08. 10:00 | Do Chinese readers obtain preview benefit from character n+2? Evidence from eye movements |
| Yan | Guoli | R4-5 | 22.08. 10:20 | Reading spaced and unspaced Chinese text: Evidence from eye movements |
| Yan | Ming | R4-6 | 22.08. 10:40 | Reading Chinese script - The Beijing Sentence Corpus |
| Yen | Miao-Hsuan | R5-1 | 22.08. 16:00 | Saccades and binocular coordination in reading: Effects of viewing distance and font size |
| Holmqvist | Kenneth | R5-2 | 22.08. 16:20 | Reading someone else's finished text versus reading your own emerging text |
| Vorstius | Christian | R5-3 | 22.08. 16:40 | Reading under the influence: Effects of alcohol intoxication on oculomotor control and linguistic processing |
| Lindner | Axel | SP-1 | 22.08. 13:30 | Dealing with the sensory consequences of smooth pursuit eye movements |
| Spering | Miriam | SP-2 | 22.08. 13:50 | Contrast and assimilation in motion perception and smooth pursuit eye movements |
| Ilg | Uwe J. | SP-3 | 22.08. 14:10 | Cortical processing underlying the execution of smooth pursuit eye movements |
| Barnes | Graham | SP-4 | 22.08. 14:30 | Evidence that links anticipatory smooth pursuit and the extra-retinal component of sustained pursuit |
| Eggert | Thomas | SP-5 | 22.08. 14:50 | Velocity scaling of cue-induced smooth pursuit acceleration obeys constraints of natural motion |
| Knox | Paul C. | SP-6 | 22.08. 15:10 | Probing prepursuit: active fixation inverts the effect of stationary cues |
| Pannasch | Sebastian | U-1 | 22.08. 13:30 | On eye tracking and usability research: Introduction to the symposium |
| Castellini | Claudio | U-2 | 22.08. 13:50 | Learning when to grasp |
| Hansen | John Paulin | U-3 | 22.08. 14:10 | New usability metrics for the evaluation of eye typing systems |
| Zambarbieri | Daniela | U-4 | 22.08. 14:30 | Eye tracking analysis in reading on-line newspaper |
| Hristova | Evgeniya D. | U-5 | 22.08. 14:50 | How users adapt to new web applications: Evidence from eye-tracking studies |
| Schiessl | Michael | U-6 | 22.08. 15:10 | "Stop adding non sense!" Google's advertisement strategy on the eye-tracking test-bench |
| Huckauf | Anke | U-7 | 22.08. 16:00 | Gaze Communication: The case of object selection |
| Majaranta | Päivi | U-8 | 22.08. 16:20 | Quality of verbal data: Concurrent thinking sloud vs. retrospective thinking aloud |
| Helmert | Jens R. | U-9 | 22.08. 16:40 | From gaze mouse to attentive interfaces: three selected problems |
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