"eye direction" is a correct and usable phrase in written English.
It refers to the direction in which someone's eyes are looking or facing. You can use it in various contexts, such as describing someone's body language, discussing visual communication, or giving directions. For example: - The teacher noticed the student's eye direction shift towards the window, indicating her lack of attention. - In movies, actors often use eye direction to convey emotion and engage with the audience. - When giving a presentation, make sure to maintain eye direction with your audience to establish a connection.
Here we combine task performance (accuracy to correctly label a target item) and eye movement information ('where' the participant fixates when completing the task) to understand more about the components involved in completing eye direction detection tasks.
Fifteen participants with autism were significantly less accurate at interpreting eye direction and detecting a target item (array sizes 4 and 6 items) than typically developing participants of comparable nonverbal ability.
For the past several years it has been thought that cues, such as eye direction, can trigger reflexive shifts in attention because of their biological relevance and their specialized neural architecture.
Unlike the present Google Glass implementation, where it is obvious that the user is looking into a screen in the corner of their glasses – both because it is visible and because their eye direction changes – the TTP system is invisible to anyone watching, and doesn't require a change of gaze by the wearer.
Between the shape of the exposed eye, direction of gaze, eyebrows, wrinkles (for those of us expressive enough to have them) and so on, there's actually quite a bit of information there.
Though highlight is useful for red-eyes detection, some red eye with no highlight region may occur when the eye direction does not face toward the camera/flash light.
The more images the webcam captures, the more plentiful data the system has, which aids in training a robust face detector because the data include different lighting conditions, facial positions and eye directions.
There is, indeed, a simpler concept of seeing, grounded in the capacity to track eye-direction and line of sight.
A dog can use pointing as well as eye-direction cues to locate objects in the distance.
Other individual's head- and eye-directions can be used as social cues indicating the presence of important events.
Paying more attention to eyes, responding to shifts in eye gaze direction, and directing their own attention based on another's gaze.
