Stop the war!Остановите войну!
for scientists:
default search action
Google
Google Scholar
Semantic Scholar
Internet Archive Scholar
CiteSeerX
ORCIDETRA 2019: Denver , CO, USA
- Krzysztof Krejtz, Bonita Sharif:
Proceedings of the 11th ACM Symposium on Eye Tracking Research & Applications, ETRA 2019, Denver , CO, USA, June 25-28, 2019. ACM 2019, ISBN 978-1-4503-6709-7 - Justin Le Louedec, Thomas Guntz, James L. Crowley, Dominique Vaufreydaz
:
Deep learning investigation for chess player attention prediction using eye-tracking and game data. 1:1-1:9 - Reuben M. Aronson, Henny Admoni:
Semantic gaze labeling for human-robot shared manipulation. 2:1-2:9 - Almoctar Hassoumi, Vsevolod Peysakhovich, Christophe Hurter:
EyeFlow: pursuit interactions using an unmodified camera. 3:1-3:10 - Jonas Goltz, Michael Grossberg, Ronak Etemadpour:
Exploring simple neural network architectures for eye movement classification. 4:1-4:5 - Islam Akef Ebeid, Nilavra Bhattacharya, Jacek Gwizdka, Abhra Sarkar:
Analyzing gaze transition behavior using bayesian mixed effects Markov models. 5:1-5:5 - Ludwig Sidenmark, Anders Lundström:
Gaze behaviour on interacted objects during hand interaction in virtual reality for eye tracking calibration. 6:1-6:9 - Heiko Drewes, Ken Pfeuffer, Florian Alt:
Time- and space-efficient eye tracker calibration. 7:1-7:8 - Jimin Pi, Bertram E. Shi:
Task-embedded online eye-tracker calibration for improving robustness to head motion. 8:1-8:9 - Philipp Müller, Daniel Buschek, Michael Xuelin Huang, Andreas Bulling:
Reducing calibration drift in mobile eye trackers by exploiting mobile phone usage. 9:1-9:9 - Dan Witzner Hansen, Amelie Heinrich, Rouwen Cañal-Bruland:
Aiming for the quiet eye in biathlon. 10:1-10:7 - Nelson Silva, Tanja Blascheck, Radu Jianu, Nils Rodrigues, Daniel Weiskopf, Martin Raubal, Tobias Schreck:
Eye tracking support for visual analytics systems: foundations, current applications, and research challenges. 11:1-11:10 - Valentin Bruder, Kuno Kurzhals, Steffen Frey, Daniel Weiskopf, Thomas Ertl:
Space-time volume visualization of gaze and stimulus. 12:1-12:9 - Nahla J. Abid, Jonathan I. Maletic, Bonita Sharif:
Using developer eye movements to externalize the mental model used in code summarization tasks. 13:1-13:9 - Tanja Blascheck, Bonita Sharif:
Visually analyzing eye movements on natural language texts and source code snippets. 14:1-14:9 - Unaizah Obaidellah, Michael Raschke, Tanja Blascheck:
Classification of strategies for solving programming problems using AoI sequence analysis. 15:1-15:9 - Frank Helbert Borsato, Carlos H. Morimoto:
Towards a low cost and high speed mobile eye tracker. 16:1-16:9 - Thiago Santini, Diederick C. Niehorster, Enkelejda Kasneci:
Get a grip: slippage-robust and glint-free gaze estimation for real-time pervasive head-mounted eye tracking. 17:1-17:10 - Ioannis Agtzidis, Michael Dorr:
Getting (more) real: bringing eye movement classification to HMD experiments with equirectangular stimuli. 18:1-18:8 - Dmytro Katrychuk, Henry K. Griffith, Oleg V. Komogortsev:
Power-efficient and shift-robust eye-tracking sensor for portable VR headsets. 19:1-19:8 - Diako Mardanbegi, Christopher Clarke, Hans Gellersen:
Monocular gaze depth estimation using the vestibulo-ocular reflex. 20:1-20:9 - Pranav Venuprasad, Tushar Dobhal, Anurag Paul, Tu N. M. Nguyen, Andrew Gilman, Pamela C. Cosman, Leanne Chukoskie:
Characterizing joint attention behavior during real world interactions using automated object and gaze detection. 21:1-21:8 - Mikhail Startsev, Stefan Göb, Michael Dorr:
A novel gaze event detection metric that is not fooled by gaze-independent baselines. 22:1-22:9 - Kai Dierkes, Moritz Kassner, Andreas Bulling:
A fast approach to refraction-aware eye-model fitting and gaze prediction. 23:1-23:9 - Masato Sasaki, Takashi Nagamatsu, Kentaro Takemura:
Screen corner detection using polarization camera for cross-ratio based gaze estimation. 24:1-24:9 - Andrew T. Duchowski, Sophie Jörg, Jaret Screws, Nina A. Gehrer, Michael Schönenberg, Krzysztof Krejtz:
Guiding gaze: expressive models of reading and face scanning. 25:1-25:9 - Julian Steil, Marion Koelle, Wilko Heuten, Susanne Boll, Andreas Bulling:
PrivacEye: privacy-preserving head-mounted eye tracking using egocentric scene image and eye movement features. 26:1-26:10 - Julian Steil, Inken Hagestedt, Michael Xuelin Huang, Andreas Bulling:
Privacy-aware eye tracking using differential privacy. 27:1-27:9 - Ao Liu, Lirong Xia, Andrew T. Duchowski, Reynold Bailey, Kenneth Holmqvist, Eakta Jain:
Differential privacy for eye-tracking data. 28:1-28:10 - Yasmeen Abdrabou, Mohamed Khamis, Rana Mohamed Eisa, Sherif Ismail, Amr El Mougy:
Just gaze and wave: exploring the use of gaze and gestures for shoulder-surfing resilient authentication. 29:1-29:10 - Nishan Gunawardena, Michael Matscheko, Bernhard Anzengruber, Alois Ferscha, Martin Schobesberger, Andreas Shamiyeh, Bettina Klugsberger, Peter Solleder:
Assessing surgeons' skill level in laparoscopic cholecystectomy using eye metrics. 30:1-30:8 - Rémy Siegfried, Yu Yu, Jean-Marc Odobez:
A deep learning approach for robust head pose independent eye movements recognition from videos. 31:1-31:5 - Per Bækgaard, John Paulin Hansen, Katsumi Minakata, I. Scott MacKenzie:
A Fitts' law study of pupil dilations in a head-mounted display. 32:1-32:5 - Congcong Liu, Yuying Chen, Lei Tai, Haoyang Ye, Ming Liu, Bertram E. Shi:
A gaze model improves autonomous driving. 33:1-33:5 - André Frank Krause, Kai Essig:
Boosting speed- and accuracy of gradient based dark pupil tracking using vectorization and differential evolution. 34:1-34:5 - Yasmeen Abdrabou, Mariam Mostafa, Mohamed Khamis, Amr El Mougy:
Calibration-free text entry using smooth pursuit eye movements. 35:1-35:5 - Christopher G. Harris:
Detecting cognitive bias in a relevance assessment task using an eye tracker. 36:1-36:5 - Brendan John, Sanjeev J. Koppal, Eakta Jain:
EyeVEIL: degrading iris authentication in eye tracking headsets. 37:1-37:5 - Cole S. Peterson, Nahla J. Abid, Corey A. Bryant, Jonathan I. Maletic, Bonita Sharif:
Factors influencing dwell time during source code reading: a large-scale replication experiment. 38:1-38:4 - Wolfgang Fuhl, Nora Castner, Thomas C. Kübler, Rene Alexander Lotz, Wolfgang Rosenstiel, Enkelejda Kasneci:
Ferns for area of interest free scanpath classification. 39:1-39:5 - Shaharam Eivazi, Thiago Santini, Alireza Keshavarzi, Thomas C. Kübler, Andrea Mazzei:
Improving real-time CNN-based pupil detection through domain-specific data augmentation. 40:1-40:6 - Stefanie Müller:
Inferring target locations from gaze data: a smartphone study. 41:1-41:4 - Yu Li, Carla Allen, Chi-Ren Shyu:
Quantifying and understanding the differences in visual activities with contrast subsequences. 42:1-42:5 - Conor Kelton, Zijun Wei, Seoyoung Ahn, Aruna Balasubramanian, Samir R. Das, Dimitris Samaras, Gregory J. Zelinsky:
Reading detection in real-time. 43:1-43:5 - Takamasa Utsu, Kentaro Takemura:
Remote corneal imaging by integrating a 3D face model and an eyeball model. 44:1-44:5 - Andoni Larumbe-Bergera, Sonia Porta, Rafael Cabeza, Arantxa Villanueva:
SeTA: semiautomatic tool for annotation of eye tracking images. 45:1-45:5 - Davide De Tommaso, Agnieszka Wykowska:
TobiiGlassesPySuite: an open-source suite for using the Tobii Pro Glasses 2 in eye-tracking studies. 46:1-46:5 - Natalia Chitalkina:
When you don't see what you expect: incongruence in music and source code reading. 47:1-47:3 - Tanya Bafna, John Paulin Hansen:
Eye-tracking based fatigue and cognitive assessment: doctoral symposium, extended abstract. 48:1-48:3 - Brendan John:
Pupil diameter as a measure of emotion and sickness in VR. 49:1-49:3 - Guangtao Zhang, John Paulin Hansen:
Accessible control of telepresence robots based on eye tracking. 50:1-50:3 - Pablo Fontoura, Jean-Marie Schaeffer, Michel Menu:
The vision and interpretation of paintings: bottom-up visual processes, top-down culturally informed attention, and aesthetic experience. 51:1-51:3 - Rébaï Soret, Christophe Hurter, Vsevolod Peysakhovich:
Attentional orienting in real and virtual 360-degree environments: applications to aeronautics. 52:1-52:3 - Aayush K. Chaudhary:
Motion tracking of iris features for eye tracking. 53:1-53:3 - Sai Akanksha Punuganti, Jing Tian, Jorge Otero-Millan:
Automatic quick-phase detection in bedside recordings from patients with acute dizziness and nystagmus. 54:1-54:3 - Zhizhuo Yang, Reynold Bailey:
Towards a data-driven framework for realistic self-organized virtual humans: coordinated head and eye movements. 55:1-55:3 - Justyna Zurawska:
Microsaccadic and pupillary response to tactile task difficulty. 56:1-56:3 - Jonathan A. Saddler:
Looks can mean achieving: understanding eye gaze patterns of proficiency in code comprehension. 57:1-57:3 - Norick R. Bowers, Agostino Gibaldi, Emma Alexander, Martin S. Banks, Austin Roorda:
High-resolution eye tracking using scanning laser ophthalmoscopy. 58:1-58:3 - Andrea Strandberg:
Eye movements during reading and reading assessment in swedish school children: a new window on reading difficulties. 59:1-59:3 - Sébastien Lallé, Cristina Conati, Dereck Toker:
A gaze-based experimenter platform for designing and evaluating adaptive interventions in information visualizations. 60:1-60:3 - Lucas Paletta, Amir Dini, Cornelia Murko, Saeed Yahyanejad, Ursula H. Augsdörfer:
Estimation of situation awareness score and performance using eye and head gaze for human-robot collaboration. 61:1-61:3 - Soha Rostaminia, Addison Mayberry, Deepak Ganesan, Benjamin M. Marlin, Jeremy Gummeson:
iLid: eyewear solution for low-power fatigue and drowsiness monitoring. 62:1-62:3 - Soha Rostaminia, Alexander Lamson, Subhransu Maji, Tauhidur Rahman, Deepak Ganesan:
W!NCE: eyewear solution for upper face action units monitoring. 63:1-63:3 - Wolfgang Fuhl, Efe Bozkir, Benedikt Hosp, Nora Castner, David Geisler, Thiago C. Santini, Enkelejda Kasneci:
Encodji: encoding gaze data into emoji space for an amusing scanpath classification approach ;). 64:1-64:4 - Ayush Kumar, Anjul Kumar Tyagi, Michael Burch, Daniel Weiskopf, Klaus Mueller:
Task classification model for visual fixation, exploration, and search. 65:1-65:4 - Alexandre Milisavljevic, Thomas Le Bras, Matei Mancas, Coralie Petermann, Bernard Gosselin, Karine Doré-Mazars:
Towards a better description of visual exploration through temporal dynamic of ambient and focal modes. 66:1-66:4 - Sudeep Raj, Chia-Chien Wu, Shreya Raj, Nada Attar:
Understanding the relationship between microsaccades and pupil dilation. 67:1-67:4 - Francisco López Luro, Veronica Sundstedt:
A comparative study of eye tracking and hand controller for aiming tasks in virtual reality. 68:1-68:9 - Katsumi Minakata, John Paulin Hansen, I. Scott MacKenzie, Per Bækgaard, Vijay Rajanna:
Pointing by gaze, head, and foot in a head-mounted display. 69:1-69:9 - Guangtao Zhang, John Paulin Hansen, Katsumi Minakata:
Hand- and gaze-control of telepresence robots. 70:1-70:8 - Michael Xuelin Huang, Andreas Bulling:
SacCalib: reducing calibration distortion for stationary eye trackers using saccadic eye movements. 71:1-71:10 - Diako Mardanbegi, Thomas D. W. Wilcockson, Pete Sawyer, Hans Gellersen, Trevor J. Crawford:
SaccadeMachine: software for analyzing saccade tests (anti-saccade and pro-saccade). 72:1-72:8 - Sheikh Rivu, Yasmeen Abdrabou, Thomas Mayer, Ken Pfeuffer, Florian Alt:
GazeButton: enhancing buttons with eye gaze interactions. 73:1-73:7 - Korok Sengupta, Raphael Menges, Chandan Kumar, Steffen Staab:
Impact of variable positioning of text prediction in gaze-based text entry. 74:1-74:9 - Päivi Majaranta, Jari Laitinen, Jari Kangas, Poika Isokoski:
Inducing gaze gestures by static illustrations. 75:1-75:5 - Diako Mardanbegi, Thies Pfeiffer:
EyeMRTK: a toolkit for developing eye gaze interactive applications in virtual and augmented reality. 76:1-76:5 - Pawel Kasprowski, Katarzyna Harezlak:
Using mutual distance plot and warped time distance chart to compare scan-paths of multiple observers. 77:1-77:5 - Fabian Deitelhoff, Andreas Harrer, Andrea Kienle:
An intuitive visualization for rapid data analysis: using the DNA metaphor for eye movement patterns. 78:1-78:5 - Sarah D'Angelo, Jeff Brewer, Darren Gergle:
Iris: a tool for designing contextually relevant gaze visualizations. 79:1-79:5 - Andrew T. Duchowski, Nina A. Gehrer, Michael Schönenberg, Krzysztof Krejtz:
Art facing science: Artistic heuristics for face detection: tracking gaze when looking at faces. 80:1-80:5 - Ayush Kumar, Michael Burch, Klaus Mueller:
Visually comparing eye movements over space and time. 81:1-81:9 - Ayush Kumar, Neil Timmermans, Michael Burch, Klaus Mueller:
Clustered eye movement similarity matrices. 82:1-82:9 - Michael Burch, Ayush Kumar, Klaus Mueller, Titus Kervezee, Wouter W. L. Nuijten, Rens Oostenbach, Lucas Peeters, Gijs Smit:
Finding the outliers in scanpath data. 83:1-83:5 - Kenan Bektas, Arzu Çöltekin, Jens Krüger, Andrew T. Duchowski, Sara Irina Fabrikant:
GeoGCD: improved visual search via gaze-contingent display. 84:1-84:10 - Oleg Spakov, Howell O. Istance, Kari-Jouko Räihä, Tiia Viitanen, Harri Siirtola:
Eye gaze and head gaze in collaborative games. 85:1-85:9 - Rébaï Soret, Pom Charras, Christophe Hurter, Vsevolod Peysakhovich:
Attentional orienting in virtual reality using endogenous and exogenous cues in auditory and visual modalities. 86:1-86:8 - Fabian Göbel, Peter Kiefer:
POITrack: improving map-based planning with implicit POI tracking. 87:1-87:9 - Haofei Wang, Bertram E. Shi:
Gaze awareness improves collaboration efficiency in a collaborative assembly task. 88:1-88:5 - Michael Burch:
Interaction graphs: visual analysis of eye movement data from interactive stimuli. 89:1-89:5 - Sandeep Vidyapu, Vijaya Saradhi Vedula, Samit Bhattacharya:
Quantitative visual attention prediction on webpage images using multiclass SVM. 90:1-90:9 - Agnieszka Ozimek, Paulina Lewandowska, Krzysztof Krejtz, Andrew T. Duchowski:
Attention towards privacy notifications on web pages. 91:1-91:5 - Mónica Cortiñas, Raquel Chocarro, Arantxa Villanueva:
Image, brand and price info: do they always matter the same? 92:1-92:8 - Michael Burch, Ayush Kumar, Neil Timmermans:
An interactive web-based visual analytics tool for detecting strategic eye movement patterns. 93:1-93:5
a service of 
manage site settings
To protect your privacy, all features that rely on external API calls from your browser are turned off by default. You need to opt-in for them to become active. All settings here will be stored as cookies with your web browser. For more information see our F.A.Q.
last updated on 2024-06-29 00:50 CEST by the dblp team
all metadata released as open data under CC0 1.0 license
see also: Terms of Use | Privacy Policy | Imprint
dblp was originally created in 1993 at:
since 2018, dblp has been operated and maintained by:
the dblp computer science bibliography is funded and supported by:
