Eye Movement in Face Change Detection Task

Does face inversion qualitatively change face processing: an eye movement study using a face change detection task.

Understanding the Face Inversion Effect is important for the study of face processing. Some researchers believe that the processing of inverted faces is qualitatively different from the processing of upright faces because inversion leads to a disproportionate performance decrement on the processing of different kinds of face information. Other researchers believe that the difference is quantita...

Effects of search intent on eye-movement patterns in a change detection task

Our everyday visual environment consists of many objects, with a wide variety of characteristics. The visual environment can undergo various physical transformations. These dynamic transformations usually result in perceptible changes in the scene. The ability to detect change is important in much of our lives (e.g., entering the classroom, or driving through traffic signs). Generally, people e...

Saliency Detection for Estimating the Task-driven Eye-movement

We propose a saliency model to estimate the task-driven eyemovement. Human eye movement patterns is affected by observer’s task and mental state[1]. However, the existing saliency model are detected from the low-level image features such as bright regions, edges, colors, etc., In this paper, the tasks(e.g., evaluation of a piano performance) are given to the observer who is watching the music v...

Eye-movement strategies in developmental prosopagnosia and "super" face recognition.

Developmental prosopagnosia (DP) is a cognitive condition characterized by a severe deficit in face recognition. Few investigations have examined whether impairments at the early stages of processing may underpin the condition, and it is also unknown whether DP is simply the "bottom end" of the typical face-processing spectrum. To address these issues, we monitored the eye-movements of DPs, typ...

Novel n-back spatial working memory task using eye movement response Running title: n-back eye movement task