Select an Abstract Title to view the poster presentation. Select a Room or Topic to filter the list.
|
#
|
Poster Title
|
Presenter
|
Room
|
Topic Area
|
|
I41
|
Perceived timing of stimuli briefly stabilized on the retina during microsaccades
|
Klanke, Jan-Nikolas
|
Manatee
|
Eye Movements: Perception, neural mechanisms
|
|
I42
|
The Effects of Abutting Pattern Motion and Smooth Pursuit Eye Movement on the Visibility of Low-Contrast Luminance-Modulated Target Gratings
|
Alashan, Didem
|
Manatee
|
Eye Movements: Perception, neural mechanisms
|
|
I43
|
Theoretical evidence for an active model of edge sensitivity in human lightness perception
|
Schmittwilken, Lynn
|
Manatee
|
Eye Movements: Perception, neural mechanisms
|
|
I44
|
Lawful kinematics of saccades predict the limits of high-speed motion perception
|
Rolfs, Martin
|
Manatee
|
Eye Movements: Perception, neural mechanisms
|
|
I45
|
Initiating the tracking of a target moving across the central visual field: a study in macaque monkey
|
Orlando-Dessaints, Nicolas
|
Manatee
|
Eye Movements: Perception, neural mechanisms
|
|
I46
|
The Effect of Target Motion and Smooth Pursuit Eye Movement on the Visibility of Isoluminant Target Gratings
|
Tanrıverdi, Dilce
|
Manatee
|
Eye Movements: Perception, neural mechanisms
|
|
I47
|
Classifying binary decision-outcomes from pupil dilation: A random forest approach
|
Strauch, Christoph
|
Manatee
|
Eye Movements: Perception, neural mechanisms
|
|
I48
|
Unfold.jl: Leveraging Julia to fit fast and flexible Linear(Mixed)Models to EEG data with optional overlap correction or spline regression
|
Ehinger, Benedikt V.
|
Manatee
|
Eye Movements: Perception, neural mechanisms
|
|
I49
|
Midbrain superior colliculus motor bursts do not dictate saccade kinematics
|
Hafed, Ziad
|
Manatee
|
Eye Movements: Perception, neural mechanisms
|
|
I50
|
More and faster secondary saccades after a lesion to the posterior parietal cortex
|
Böing, Sanne
|
Manatee
|
Eye Movements: Perception, neural mechanisms
|
|
I51
|
Fixation Related Microsaccade Inhibition in Free-Viewing and its Dependence on Stimulus Saliency
|
Kadosh, Oren
|
Manatee
|
Eye Movements: Perception, neural mechanisms
|
|
I52
|
Contrast Sensitivity of Vertical Vergence Eye Alignment
|
Dhungel, Deepa
|
Manatee
|
Eye Movements: Perception, neural mechanisms
|
|
I53
|
Linking individual differences in fixational eye movements and visual acuity
|
Clark, Ashley
|
Manatee
|
Eye Movements: Perception, neural mechanisms
|
|
I54
|
Rapid and persistent visual adaptation transfers across saccades
|
Hübner, Carolin
|
Manatee
|
Eye Movements: Perception, neural mechanisms
|
|
I55
|
Saccades and pupil size are driven by a common arousal-related input
|
Burlingham, Charlie
|
Manatee
|
Eye Movements: Perception, neural mechanisms
|
|
I56
|
How fixation durations are related to the functional visual field and target guidance
|
Ernst, Daniel
|
Manatee
|
Eye Movements: Perception, neural mechanisms
|
|
I57
|
Fixation-related potentials in total darkness
|
Dimigen, Olaf
|
Manatee
|
Eye Movements: Perception, neural mechanisms
|
|
I58
|
The weights of internal and external motion driving the double-drift illusion depend on the external speed
|
Faustin, Victoria
|
Manatee
|
Motion Perception 2
|
|
I59
|
Temporal integration window of the double-drift illusion: an immediate effect of the internal motion
|
Heller, Nathan H.
|
Manatee
|
Motion Perception 2
|
|
I60
|
Exploring common mechanisms of visual motion prediction
|
Hu, Dan
|
Manatee
|
Motion Perception 2
|
|
I61
|
Position shifts following motion aftereffects in non-static translating stimuli result in angled trajectories
|
Patel, Nisha
|
Manatee
|
Motion Perception 2
|
|
I62
|
The Orbiting Circles Illusion: Induced changes in the length and direction of motion trajectory
|
Mruczek, Ryan
|
Manatee
|
Motion Perception 2
|
|
I63
|
Eccentricity Dependence of Motion Induced Position Shifts Revealed by Continuous Motion Nulling
|
Chen, Shuyi
|
Manatee
|
Motion Perception 2
|
|
I64
|
Idiosyncratic preferences in translational and rotational motion transparency
|
Hwang, Byung-Woo
|
Manatee
|
Motion Perception 2
|
|
I65
|
Paradoxical frame stabilization for flashed but not continuous probes
|
Cavanagh, Patrick
|
Manatee
|
Motion Perception 2
|
|
I66
|
The effect of a moving reference frame depends on its perceived not physical motion
|
Saleki, Sharif
|
Manatee
|
Motion Perception 2
|
|
I67
|
High phi as a probe of global motion processing
|
Bossard, Martin
|
Manatee
|
Motion Perception 2
|
|
I68
|
Sex differences in visual processing: Does it relate to other cognition or behaviors?
|
Qian, Yiming
|
Manatee
|
Motion Perception 2
|
|
I69
|
Causality detection in the visual system is tuned to motion direction
|
Ohl, Sven
|
Manatee
|
Motion Perception 2
|
|
I70
|
Visual Prediction of Bounce Trajectories
|
Paulun, Vivian C.
|
Manatee
|
Motion Perception 2
|
|
I71
|
Effects of behavioural properties on the perception of collective flow
|
van Assen, Jan Jaap R.
|
Manatee
|
Motion Perception 2
|