Reducing calibration drift in mobile eye trackers by exploiting mobile phone usage.
Philipp MüllerDaniel BuschekMichael Xuelin HuangAndreas BullingPublished in: ETRA (2019)
Keyphrases
- mobile phone
- eye tracker
- calibration procedure
- gaze estimation
- eye tracking
- head mounted
- head movements
- mobile devices
- mobile learning
- mobile users
- eye movements
- smart phones
- gaze tracking
- mobile applications
- camera calibration
- eye gaze
- m learning
- mobile technologies
- visual search
- augmented reality
- calibration method
- gaze detection
- camera parameters
- autocalibration
- cellular phone
- small screen
- usage patterns
- video camera
- human computer interaction
- text entry
- mobile phone users
- object recognition
- low cost
- wireless sensor networks
- pupil size