An online hybrid BCI combining SSVEP and EOG-based eye movements by Jun Zhang, Shouwei Gao, Kang Zhou, Yi Cheng, Shujun Mao

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The effects of motion experience on reflexive eye movements and dynamic tilt perception by Ocampo, Robert P. (Robert Paul)

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Person, place, and past influence eye movements during visual search by Hidalgo-Sotelo, Barbara Irene, Oliva, Aude

“…At the level of eye fixations, it is not known whether a person’s specific search experience influences attentional selection. Eye movements are notoriously variable: people often foveate different places when searching for the same target in the same scene. …”
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Face identification: the effects of head orientation and disguise on initial eye movements by Muhammad Shahir Adha Modh Zakaria

“…Using a similar identification task as Study 1, I recorded 16 observers’ eye movements to faces covered with face mask and/or sunglasses. …”
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Preventing lunchtime attacks: fighting insider threats with eye movement biometrics by Eberz, S, Rasmussen, K, Lenders, V, Martinovic, I

“…We introduce a novel biometric based on distinctive eye movement patterns. The biometric consists of 21 features that allow us to reliably distinguish users based on differences in these patterns. …”

The role of visual salience in directing eye movements in visual object agnosia. by Mannan, S, Kennard, C, Husain, M

“…When we look at a scene our scanning eye movements are not random [1]. Remarkably, different observers look at similar points in a given image. …”

Preventing Lunchtime Attacks: Fighting Insider Threats With Eye Movement Biometrics by Eberz, S, Rasmussen, K, Lenders, V, Martinovic, I

Eye movements in Parkinson’s disease: from neurophysiological mechanisms to diagnostic tools by Antoniades, CA, Spering, M

“…This review links eye movement abnormalities in persons living with PD to the underlying neurophysiological mechanisms and pathways. …”

Analysis of reflexive eye movements for fast replay-resistant biometric authentication by Sluganovic, I, Roeschlin, M, Rasmussen, KB, Martinovic, I

“…We build on the fact that some eye movements can be reflexively and predictably triggered and develop an interactive visual stimulus for elicitation of reflexive eye movements that support the extraction of reliable biometric features in a matter of seconds, without requiring any memorization or cognitive effort on the part of the user. …”

Eye movements in action disorganization syndrome: A single case analysis by Morady, K, Humphreys, G

28 blinks later: tackling practical challenges of eye movement biometrics by Eberz, S, Lovisotto, G, Rasmussen, K, Lenders, V, Martinovic, I

Eye movements during visual speech perception in deaf and hearing children by Worster, E, Pimperton, H, Ralph-Lewis, A, Monroy, L, Hulme, C, Macsweeney, M

Preventing Lunchtime Attacks: Fighting Insider Threats With Eye Movement Biometrics by Eberz, S, Rasmussen, K, Lenders, V, Martinovic, I

“…We introduce a novel biometric based on distinctive eye movement patterns. The biometric consists of 21 features that allow us to reliably distinguish users based on differences in these patterns. …”

Conjunction search without target-specific bias: An eye movement study by Anderson, G, Heinke, D, Humphreys, G

Processing of written Irony in autism spectrum disorder: An eye‐movement study by Au-Yeung, SK, Kaakinen, JK, Liversedge, SP, Benson, V

“…Previous research has suggested that individuals with Autism Spectrum Disorders (ASD) have difficulties understanding others communicative intent and with using contextual information to correctly interpret irony. We recorded the eye movements of typically developing (TD) adults ASD adults when they read statements that could either be interpreted as ironic or non‐ironic depending on the context of the passage. …”

Eye-movement patterns are associated with communicative competence in autistic spectrum disorders. by Norbury, C, Brock, J, Cragg, L, Einav, S, Griffiths, H, Nation, K

“…However, these studies have not distinguished different cognitive phenotypes. METHODS: The eye-movements of 28 teenagers with ASD and 18 typically developing peers were recorded as they watched videos of peers interacting in familiar situations. …”

Role of the human supplementary eye field in the control of saccadic eye movements. by Parton, A, Nachev, P, Hodgson, T, Mort, D, Thomas, D, Ordidge, R, Morgan, P, Jackson, S, Rees, G, Husain, M

“…Similarly, the results of an arbitrary stimulus-response associative learning task demonstrated that he was impaired when required to select the appropriate saccade from conflicting eye movement responses, but not for limb movements on an analogous manual task. …”

Case Report of an Epileptic Nystagmus: Clinical Characteristics by Hakan Şilek, Rana Çağla Akduman

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The role of preoculomotor brainstem neurons in coordinated eye-head movements by Whittington, Douglas Allen

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Eye motions illuminated. by Glover, Derith Ellen

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