Table of Contents

• Model-based deep gaze estimation using incrementally updated face-shape parametersMakoto Sei, Akira Utsumi, Hirotake Yamazoe, Jooho Lee 0001. [doi]
• Leveraging Eye Tracking Technology for a Situation-Aware Writing AssistantMoritz Langner, Peyman Toreini, Alexander Maedche. [doi]
• The Tiny Eye Movement TransformerWolfgang Fuhl, Anne Herrmann-Werner, Kay Nieselt. [doi]
• GE-Simulator: An Open-Source Tool for Simulating Real-Time Errors for HMD-based Eye TrackersLudwig Sidenmark, Mathias N. Lystbæk, Hans Gellersen. [doi]
• Control prediction based on cumulative gaze dwell time while browsing contentsShota Imamura, Jieun Lee, Makoto Itoh. [doi]
• Watch out for those bananas! Gaze Based Mario Kart Performance ClassificationWolfgang Fuhl, Björn Severitt, Nora Castner, Babette Bühler, Johannes Meyer, Daniel Weber 0003, Regine Lendway, Ruikun Hou, Enkelejda Kasneci. [doi]
• ZERO: A Generic Open-Source Extended Reality Eye-Tracking Controller Interface for ScientistsBenedikt W. Hosp, Siegfried Wahl. [doi]
• Word Familiarity Classification From a Single Trial Based on Eye-Movements. A Study in German and EnglishMargarita Ryzhova, Iza Skrjanec, Nina Quach, Alice Virginia Chase, Emilia Ellsiepen, Vera Demberg. [doi]
• Index Pupil Activity Echoing with Task Difficulty in Fitts' Law SettingXianta Jiang, Ziang Wu, Jingjing Zheng, Bin Zheng 0003, M. Stella Atkins. [doi]
• Highlighting the Challenges of Blinks in Eye Tracking for Interactive SystemsJesse W. Grootjen, Henrike Weingärtner, Sven Mayer. [doi]
• Program Code Navigation Model for Individuals based on LSTM with Co-clusteringMing Sun, Minoru Nakayama. [doi]
• GEAR: Gaze-enabled augmented reality for human activity recognitionKenan Bektas, Jannis Strecker, Simon Mayer, Kimberly García, Jonas Hermann, Kay Erik Jenß, Yasmine Sheila Antille, Marc Solèr. [doi]
• Indirect gaze estimation from body movements based on relationship between gaze and body movementsHirotake Yamazoe. [doi]
• Introducing Explicit Gaze Constraints to Face SwappingEthan Wilson, Frederick Shic, Eakta Jain. [doi]
• Evaluating Human Eye Features for Objective Measure of Working Memory CapacityYasasi Abeysinghe. [doi]
• On The Visibility Of Fiducial Markers For Mobile Eye TrackingNaila Ayala, Diako Mardanbegi, Andrew Duchowski, Ewa Niechwiej-Szwedo, Shi Cao, Suzanne Kearns, Elizabeth Irving. [doi]
• Eye Tracking as a Source of Implicit Feedback in Recommender Systems: A Preliminary AnalysisSantiago de Leon-Martinez, Róbert Móro, Mária Bieliková. [doi]
• Navigating Virtual Worlds: Examining Spatial Navigation Using a Graph Theoretical Analysis of Eye Tracking Data Recorded in Virtual RealityJasmin L. Walter, Vincent Schmidt, Sabine U. König, Peter König. [doi]
• A Review of Eye Tracking in Advanced Driver Assistance Systems: An Adaptive Multi-Modal Eye Tracking Interface SolutionFilippo Baldisserotto, Krzysztof Krejtz, Izabela Krejtz. [doi]
• EyeExplore: An Interactive Visualization Tool for Eye-Tracking Data for Novel Stimulus-based AnalysisBeryl Gnanaraj, Jaya Sreevalsan-Nair. [doi]
• Representing (Dis)Similarities Between Prediction and Fixation Maps Using Intersection-over-Union FeaturesJaime Maldonado, Christoph Zetzsche. [doi]
• Visual Expertise in Code Reviews: Using Holistic Models of Image Perception to Analyze and Interpret Eye MovementsFlorian Hauser, Lisa Grabinger, Jürgen Mottok, Hans Gruber. [doi]
• Implicit User Calibration for Gaze-tracking Systems Using Saliency Maps Filtered by Eye MovementsMamoru Hiroe, Michiya Yamamoto, Takashi Nagamatsu. [doi]
• Enhancing the Metacognition of Nursing Students Using Eye Tracking GlassesQuentin Meteier, Elena Mugellini, Leonardo Angelini, Alain Adrian Verdon, Catherine Senn-Dubey, Jean-Michel Vasse. [doi]
• On the Value of Data Loss: A Study of Atypical Attention in Autism Spectrum Disorder Using Eye TrackingYi-Wen Wang, Kelsey Jackson Dommer, Sara Jane Webb, Frederick Shic. [doi]
• Deriving Cognitive Strategies from Fixations during Visual Search in ScenesMonica S. Castelhano. [doi]
• Pupillometry for Measuring User Response to Movement of an Industrial RobotDamian Hostettler, Kenan Bektas, Simon Mayer. [doi]
• A Preliminary Investigation on Eye Gaze-based Estimation of Self-efficacy during a Dexterity TaskYuka Hayakawa, Saki Tanaka, Airi Tsuji, Kaori Fujinami, Junichi Yamamoto. [doi]
• Prediction Procedure for Dementia Levels based on Waveform Features of Binocular Pupil Light ReflexMinoru Nakayama, Wioletta Nowak, Anna Zarowska. [doi]
• GazeCast: Using Mobile Devices to Allow Gaze-based Interaction on Public DisplaysOmar Namnakani, Penpicha Sinrattanavong, Yasmeen Abdrabou, Andreas Bulling, Florian Alt, Mohamed Khamis. [doi]
• The Salient360! Toolbox: Processing, Visualising and Comparing Gaze Data in 3DErwan J. David, Jesús Gutiérrez 0001, Melissa Le-Hoa Vo, Antoine Coutrot, Matthieu Perreira Da Silva, Patrick Le Callet. [doi]
• Collaboration Assistance Through Object Based User Intent Detection Using Gaze DataLi-Chen Fu, Robin Fischer. [doi]
• A Deep Learning Architecture for Egocentric Time-to-Saccade Prediction using Weibull Mixture-Models and Historic PriorsTim Rolff, Susanne Schmidt 0001, Frank Steinicke, Simone Frintrop. [doi]
• Eye Tracking for Virtual Customer Requirements EvaluationsLena Stubbemann. [doi]
• Towards Developing an Animation Kit for Functional Vision Screening with Eye TrackersQasim Ali 0006, Ilona Heldal, Carsten Gunnar Helgesen, Are Dæhlen. [doi]
• The effect of intersemiotic relations on L2 learners' multimodal readingSheida Marzban, Habil Gyöngyi Fábián, Béla Weiss. [doi]
• Demonstrating Eye Movement Biometrics in Virtual RealityDillon J. Lohr, Saide Johnson, Samantha Aziz, Oleg Komogortsev. [doi]
• Pupil Diameter during Counting Tasks as Potential Baseline for Virtual Reality ExperimentsPhilipp Stark, Tobias Appel, Milo J. Olbrich, Enkelejda Kasneci. [doi]
• Eye tracking to evaluate the effectiveness of electronic medical record trainingNadine Marie Moacdieh, Michel Dibo, Zeina Halabi, Jumana Antoun. [doi]
• The influence of pupil ellipse noise on the convergence time of a glint-free 3D eye tracking algorithmMichael Mm Muehlbauer, Johannes Meyer. [doi]
• Analysis of Eye Tracking Data: Supporting Vision Screening with Eye Tracking TechnologiesQasim Ali. [doi]
• Comparing Visual Search Patterns in Chest X-Ray DiagnosticsCatarina Moreira, Diogo Miguel Alvito, Sandra Costa Sousa, Isabel Maria Gomes Blanco Nobre, Chun Ouyang 0001, Regis Kopper, Andrew Duchowski, Joaquim A. Jorge. [doi]
• The Effect of Curiosity on Eye Movements During Reading of Health Related ArgumentsHanna Julku, Caitlin Dawson, Jaana Simola. [doi]
• Bridging the Gap: Gaze Events as Interpretable Concepts to Explain Deep Neural Sequence ModelsDaniel G. Krakowczyk, Paul Prasse, David Robert Reich, Sebastian Lapuschkin, Tobias Scheffer, Lena A. Jäger. [doi]
• Detecting Blinks from Wearable Cameras using Spatial-Temporal-Aware Deep Network LearningYu Wang, Wanglong Lu, Hanli Zhao, Xianta Jiang, Bin Zheng 0003, M. Stella Atkins. [doi]
• Multi-Rate Sensor Fusion for Unconstrained Near-Eye Gaze EstimationCristina Palmero, Oleg V. Komogortsev, Sergio Escalera, Sachin S. Talathi. [doi]
• Reviewing the Social Function of Eye Gaze in Social InteractionMehtap Çakir, Anke Huckauf. [doi]
• Synthetic predictabilities from large language models explain reading eye movementsJohan Chandra, Nicholas Witzig, Jochen Laubrock. [doi]
• pymovements: A Python Package for Eye Movement Data ProcessingDaniel G. Krakowczyk, David Robert Reich, Jakob Chwastek, Deborah N. Jakobi, Paul Prasse, Assunta Süss, Oleksii Turuta, Pawel Kasprowski, Lena A. Jäger. [doi]
• Detecting colour vision deficiencies via Webcam-based Eye-tracking: A case studyAlessandro Bruno, Marouane Tliba, Mohamed Amine Kerkouri, Aladine Chetouani, Carlo Calogero Giunta, Arzu Çöltekin. [doi]
• Gazealytics: A Unified and Flexible Visual Toolkit for Exploratory and Comparative Gaze AnalysisKun-Ting Chen, Arnaud Prouzeau, Joshua Langmead, Ryan T. Whitelock-Jones, Lawrence Lee, Tim Dwyer, Christophe Hurter, Daniel Weiskopf, Sarah Goodwin. [doi]
• Gaze is more than just a point: Rethinking visual attention analysis using peripheral vision-based gaze mappingFelix Sihan Wang, Quentin Lohmeyer, Andrew Duchowski, Mirko Meboldt. [doi]
• A Dataset of Underrepresented Languages in Eye Tracking ResearchOwen Raymond, Yelaman Moldagali, Naser Al Madi. [doi]
• Multimodal machine learning for cognitive load based on eye tracking and biosensorsAdrian Vulpe-Grigorasi. [doi]
• On the Pursuit of Developer Happiness: Webcam-Based Eye Tracking and Affect Recognition in the IDETamsin Rogers, Naser Al Madi. [doi]
• ZING: An Eye-Tracking Experiment Software for Organization and Presentation of Omnidirectional Stimuli in Virtual RealityBenedikt W. Hosp, Siegfried Wahl. [doi]
• Applying Machine Learning to Gaze Data in Software Development: a Mapping StudyPeng Kuang, Emma Söderberg, Diederick C. Niehorster, Martin Höst. [doi]
• Modelling Attention Levels with Ocular Responses in a Speech-in-Noise Recall TaskMateusz Dubiel, Minoru Nakayama, Xin Wang 0037. [doi]
• Leveraging Eye Tracking in Digital Classrooms: A Step Towards Multimodal Model for Learning AssistanceSean Anthony Byrne, Nora Castner, Ard Kastrati, Martyna Beata Plomecka, William Schaefer, Enkelejda Kasneci, Zoya Bylinskii. [doi]
• Visual Perception and Performance: An Eye Tracking StudySonali Aatrai, Sparsh Kumar Jha, Rajlakshmi Guha. [doi]
• Calibration free eye tracking solution for mobile and embedded devicesAlejandro Garcia De La Santa Ramos, Rafael Cabeza, Arantxa Villanueva. [doi]
• GANDER: a Platform for Exploration of Gaze-driven Assistance in Code ReviewWilliam Saranpää, Felix Apell Skjutar, Johan Heander, Emma Söderberg, Diederick C. Niehorster, Olivia Mattsson, Hedda Klintskog, Luke Church. [doi]
• Reanalyzing Effective Eye-related Information for Developing User's Intent Detection SystemsToshiya Isomoto, Shota Yamanaka, Buntarou Shizuki. [doi]
• Estimation of Latent Attention Resources using Microsaccade Frequency during a Dual TaskMinoru Nakayama, Takahiro Ueno. [doi]
• SP-EyeGAN: Generating Synthetic Eye Movement Data with Generative Adversarial NetworksPaul Prasse, David Robert Reich, Silvia Makowski, Seoyoung Ahn, Tobias Scheffer, Lena A. Jäger. [doi]
• Investigating Cognitive Load for Tasks with Mathematics and Chemistry Context through Eye TrackingTobias Appel, Kevin Kärcher, Hans-Dieter Körner. [doi]
• Visual Center Biasing in a Stimulus-Free Laboratory SettingJan Ehlers 0001, Janine Grimmer. [doi]
• Getting the Most from Eye-Tracking: User-Interaction Based Reading Region Estimation Dataset and ModelsRuoyan Kong, Ruixuan Sun, Charles Chuankai Zhang, Chen Chen, Sneha Patri, Gayathri Gajjela, Joseph A. Konstan. [doi]
• Reading Strategies for Graph Visualizations that Wrap Around in Torus TopologyKun-Ting Chen, Quynh Quang Ngo, Kuno Kurzhals, Kim Marriott, Tim Dwyer, Michael Sedlmair, Daniel Weiskopf. [doi]
• Gaze-Based Monitoring in the ClassroomMichael Burch. [doi]
• Area of interest adaption using feature importanceWolfgang Fuhl, Susanne Zabel, Theresa Anisja Harbig, Julia Astrid Moldt, Teresa Festl-Wietek, Anne Herrmann-Werner, Kay Nieselt. [doi]
• Investigating Phishing Awareness Using Virtual Agents and Eye MovementsLynsay A. Shepherd, Andrea Szymkowiak. [doi]
• Automated Detection of Geometric Structures in Gaze DataLynn Knippertz, Anna Münz, Stefan Ruzika. [doi]
• Gaze-based Mode-Switching to Enhance Interaction with Menus on TabletsYanfei Hu Fleischhauer, Hemant Bhaskar Surale, Florian Alt, Ken Pfeuffer. [doi]
• Gaze Pattern Recognition in Dyadic CommunicationFei Chang, Jiabei Zeng, Qiaoyun Liu, Shiguang Shan. [doi]
• Using Eye Tracking to detect Faking IntentionsValentin Foucher, Anke Huckauf. [doi]
• Predicting the Allocation of Attention: Using contextual guidance of eye movements to examine the distribution of attentionKarolina J. Krzys, Mubeena Mistry, Tyler Q. Yan, Monica S. Castelhano. [doi]
• Privacy in Eye Tracking Research with Stable DiffusionKuno Kurzhals. [doi]
• A temporally quantized distribution of pupil diameters as a new feature for cognitive load classificationWolfgang Fuhl, Anne Herrmann-Werner, Kay Nieselt. [doi]
• TF-IDF based Scene-Object Relations Correlate With Visual AttentionPelin Çelikkol, Jochen Laubrock, David Schlangen. [doi]
• Comparing Attention to Biological Motion in Autism across Age Groups Using Eye-TrackingMichal Hochhauser, Kelsey Jackson Dommer, Adham Atyabi, Beibin Li, Yeojin A. Ahn, Madeline Aubertine, Minah Kim, Sarah G. Corrigan, Kevin A. Pelphrey, Frederick Shic. [doi]
• An irrelevant look of novice tram driver: Visual attention distribution of novice and expert tram driversAnna Warchol-Jakubowska, Izabela Krejtz, Krzysztof Krejtz. [doi]
• Old or Modern? A Computational Model for Classifying Poem Comprehension using MicrosaccadesPatrizia Lenhart, Enkeleda Thaqi, Nora Castner, Enkelejda Kasneci. [doi]
• Analysing the API learning process through the use of eye trackingSören Sparmann, Carsten Schulte. [doi]
• One step closer to EEG based eye trackingWolfgang Fuhl, Susanne Zabel, Theresa Anisja Harbig, Julia Astrid Moldt, Teresa Festl-Wietek, Anne Herrmann-Werner, Kay Nieselt. [doi]
• Foveated Noise Reduction: Visual Search Tasks under Spatio-Temporal Control Synchronized with Eye MovementsYuki Kubota, Tomohiko Hayakawa, Masatoshi Ishikawa. [doi]
• Seeing Through Their Eyes - A Customizable Gaze-Contingent Simulation of Impaired Vision and Other Eye Conditions Using VR/XR TechnologyRasha Sameer Moustafa, Harri Karhu, Sami Andberg, Roman Bednarik. [doi]
• Is Clustering Novice Programmers Possible? Investigating Scanpath Trend Analysis in Programming TasksZubair Ahsan, Unaizah Obaidellah. [doi]
• Discussing the importance of calibration in low-cost gaze estimation solutionsGonzalo Garde. [doi]
• Time of Day Effects on Eye-Tracking Acquisition in Infants at Higher Likelihood for Atypical Developmental Outcomes: Time of Day Effects on Eye Tracking Data Acquisition in Vulnerable InfantsHayden A. Mayer, Kelsey Jackson Dommer, Jenny Skytta, Dimitri Christakis, Sara J. Webb, Frederick Shic. [doi]
• Universal Design of Gaze Interactive Applications for People with Special NeedsJohn Paulin Hansen, Per Bækgaard, Dagny Valgeirsdottir, Sofie Beier. [doi]
• Gaze-based Interaction on Handheld Mobile DevicesOmar Namnakani. [doi]