Table of Contents

• Combining Oculo-motor Indices to Measure Cognitive Load of Synthetic Speech in Noisy Listening ConditionsMateusz Dubiel, Minoru Nakayama, Xin Wang. [doi]
• EMIP Toolkit: A Python Library for Customized Post-processing of the Eye Movements in Programming DatasetNaser Al Madi, Drew T. Guarnera, Bonita Sharif, Jonathan I. Maletic. [doi]
• A Multimodal Eye Movement Dataset and a Multimodal Eye Movement Segmentation AnalysisWolfgang Fuhl, Enkelejda Kasneci. [doi]
• A Deeper Analysis of AOI Coverage in Code ReadingTeresa Busjahn, Sascha Tamm. [doi]
• Fixation: A universal framework for experimental eye movement research✱Mostafa Elshamy, Peter Khooshabeh. [doi]
• Pupillary response reflects vocabulary comprehensionTakashi Hirata, Yutaka Hirata. [doi]
• Modelling of Blink-Related Eyelid-Induced Shunting on the ElectrooculogramNathaniel Barbara, Tracey A. Camilleri, Kenneth P. Camilleri. [doi]
• Minimizing Cognitive Load in Cyber Learning Materials - An Eye Tracking StudyLeon Bernard, Sagar Raina, Blair Taylor, Siddharth Kaza. [doi]
• Feasibility of evaluating temporal changes in cognitive load factors using ocular featuresTomomi Okano, Minoru Nakayama. [doi]
• Towards gaze-based prediction of the intent to interact in virtual realityBrendan David-John, Candace Peacock, Ting Zhang, T. Scott Murdison, Hrvoje Benko, Tanya R. Jonker. [doi]
• Analyzing Scanpaths From A Field Dependence-Independence Perspective When Playing A Visual Search GameGeorge E. Raptis, Christina P. Katsini. [doi]
• Synchronization of Spontaneous Eyeblink during Formula Car DrivingRyota Nishizono, Naoki Saijo, Makio Kashino. [doi]
• 55 Rides: attention annotated head and gaze data during naturalistic drivingThomas C. Kübler, Wolfgang Fuhl, Elena Wagner, Enkelejda Kasneci. [doi]
• Multi-user Gaze-based Interaction Techniques on Collaborative TouchscreensKen Pfeuffer, Jason Alexander, Hans Gellersen. [doi]
• Understanding Game Roles and Strategy Using a Mixed Methods ApproachKaitlyn M. Roose, Elizabeth S. Veinott. [doi]
• Saccades, attentional orienting and disengagement: the effects of anodal tDCS over right posterior parietal cortex (PPC) and frontal eye field (FEF)Lorenzo Diana, Patrick Pilastro, Edoardo N. Aiello, Aleksandra K. Eberhard-Moscicka, René M. Müri, Nadia Bolognini. [doi]
• Gaze+Lip: Rapid, Precise and Expressive Interactions Combining Gaze Input and Silent Speech Commands for Hands-free Smart TV ControlZixiong Su, Xinlei Zhang, Naoki Kimura, Jun Rekimoto. [doi]
• Repetition effects in task-driven eye movement analyses after longer time-spansThomas Berger, Michael Raschke. [doi]
• Understanding Urban Devotion through the Eyes of an ObserverMargarita Vinnikov, Kian Motahari, Louis I. Hamilton, Burcak Ozludil Altin. [doi]
• Eye-GUAna: Higher Gaze-Based Entropy and Increased Password Space in Graphical User Authentication Through GamificationChristina P. Katsini, George E. Raptis, Andrew Jian-lan Cen, Nalin Asanka Gamagedara Arachchilage, Lennart E. Nacke. [doi]
• Estimation of Visual Attention using Microsaccades in response to Vibrations in the Peripheral Field of VisionTakahiro Ueno, Minoru Nakayama. [doi]
• Estimation of reading ability of program codes using features of eye movementsHiroto Harada, Minoru Nakayama. [doi]
• EyeTell: Tablet-based Calibration-free Eye-typing using Smooth-pursuit movementsTanya Bafna, Per Bækgaard, John Paulin Hansen. [doi]
• Effects of measurement time and presentation size conditions on biometric identification using eye movementsYudai Niitsu, Minoru Nakayama. [doi]
• OpenNEEDS: A Dataset of Gaze, Head, Hand, and Scene Signals During Exploration in Open-Ended VR EnvironmentsKara J. Emery, Marina Zannoli, James Warren, Lei Xiao, Sachin S. Talathi. [doi]
• Did you Understand this?: Leveraging Gaze Behavior to Assess Questionnaire ComprehensionRadiah Rivu, Yasmeen Abdrabou, Yomna Abdelrahman, Ken Pfeuffer, Dagmar Kern, Cornelia Neuert, Daniel Buschek, Florian Alt. [doi]
• REyeker: Remote Eye TrackerJonas Mucke, Marc Schwarzkopf, Janet Siegmund. [doi]
• Enhancing the precision of remote eye-tracking using iris velocity estimationAayush Kumar Chaudhary, Jeff B. Pelz. [doi]
• Pinch, Click, or Dwell: Comparing Different Selection Techniques for Eye-Gaze-Based Pointing in Virtual RealityAunnoy K. Mutasim, Anil Ufuk Batmaz, Wolfgang Stuerzlinger. [doi]
• Determining Differences in Reading Behavior Between Experts and Novices by Investigating Eye Movement on Source Code Constructs During a Bug Fixing TaskSalwa Aljehane, Bonita Sharif, Jonathan I. Maletic. [doi]
• What the Eyes Can Tell: Analyzing Visual Attention with an Educational Video GameWenyi Lu, Hao He, Alex Urban, Joe Griffin. [doi]
• Semi-Supervised Learning for Eye Image SegmentationAayush Kumar Chaudhary, Prashnna K. Gyawali, Linwei Wang, Jeff B. Pelz. [doi]
• Visualizing Prediction Correctness of Eye Tracking ClassifiersMartin H. U. Prinzler, Christoph Schröder, Sahar Mahdie Klim Al Zaidawi, Gabriel Zachmann, Sebastian Maneth. [doi]
• Using Deep Learning to Classify Saccade Direction from Brain ActivityArd Kastrati, Martyna Plomecka, Roger Wattenhofer, Nicolas Langer. [doi]
• EyeLogin - Calibration-free Authentication Method for Public Displays Using Eye GazeOmair Shahzad Bhatti, Michael Barz, Daniel Sonntag. [doi]
• Eye Gaze Estimation using Imperceptible Marker Presented on High-Speed DisplayKento Seida, Kentaro Takemura. [doi]
• Eye Tracking Analysis of Code Layout, Crowding and Dyslexia - An Open Data SetIan R. McChesney, Raymond R. Bond. [doi]