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Eye fixations identification based on statistical analysis - Case study

机译:基于统计分析的眼部注视识别-案例研究

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Eye movement is the most simple and repetitive movement that enable humans to interact with the environment. The common daily activities, such as watching television or reading a book, involve this natural activity which consists of rapidly shifting our gaze from one region to another. The identification of the main components of eye movement during visual exploration such as fixations and saccades, is the objective of the analysis of eye movements in various contexts ranging from basic neuro sciences and visual sciences to virtual reality interactions and robotics. However, many of the algorithms that detect fixations present a number of problems. In this article, we present a new fixation identification algorithm based on the analysis of variance and F-test. We present the new algorithm and we compare it with the common fixations algorithm based on dispersion. To demonstrate the performance of our approach we tested the algorithm in a group of healthy subjects.
机译:眼球运动是使人类与环境互动的最简单和重复的运动。日常的日常活动,例如看电视或读书,都涉及到这种自然活动,其中包括将我们的目光从一个地区迅速转移到另一个地区。识别视觉探索过程中眼睛运动的主要组成部分(例如注视和扫视)是分析从基础神经科学和视觉科学到虚拟现实交互作用和机器人学等各种情况下的眼睛运动的目的。但是,许多检测注视的算法都存在许多问题。在本文中,我们提出了一种基于方差分析和F检验的新注视识别算法。我们提出了新算法,并将其与基于色散的普通注视算法进行了比较。为了演示我们方法的性能,我们在一组健康受试者中测试了该算法。

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