Eliminating the Pupillary Light Response from Pupil Diameter Measurements Using an RGB Camera.
Sudarat TangnimitchokNonnarit O.-LarnnithipongNeeranut RatchatanantakitArmando BarretoPublished in: HCI (2) (2019)
Keyphrases
- pupil size
- time of flight
- eye movements
- statistically significant
- cognitive load
- eye tracking
- white balance
- eye tracker
- bright pupil
- optical properties
- active illumination
- tof camera
- depth data
- experimental conditions
- gaze tracking
- hand held
- measurement error
- field of view
- camera calibration
- high frame rate
- vision system
- light intensity
- multiple cameras
- focal length
- infrared
- color space
- color images
- color information
- gray scale
- inertial measurement unit
- stereo camera
- structure from motion
- real time
- camera parameters
- video camera
- inertial sensors
- single camera
- head movements
- visual search
- depth information
- digital camera
- stereo vision
- depth map
- image sequences
- ccd camera
- color constancy
- camera motion