Research of Fitts' law characteristics using curved display, electroencephalography and eyes tracker

E. Radvile, A. Čenys
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引用次数: 3

Abstract

Fitts law is a background for every end user system. The software design made by thousands of rules is orientated into task execution time. But in our days more and more people are using two displays (monitors) for daily work, sometime curved monitors and rules of software design for that is not the same as for the flat screen. In article we are analyzing Fitts law formula adaptation that could be used in a curved monitor. Data was taken researching 2 - 4 years children by electroencephalography (EEG) signals and Eyes Tracker to investigate the following issues, using the time and distance - frequency representations method, for each epoch corresponding to one presentation. Study experimental paradigms to understand simples of Fitts law for interpretable readable signals and reactions: mapping the task to the brain and eyes state of the user (child).
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利用曲线显示、脑电图和眼动仪研究菲茨定律特征
菲茨定律是每个最终用户系统的背景。由上千条规则组成的软件设计以任务执行时间为导向。但是在我们的生活中,越来越多的人在日常工作中使用两个显示器(显示器),有时曲面显示器和软件设计规则与平面屏幕不一样。本文分析了可用于曲面显示器的菲茨定律公式的自适应。本研究以2 ~ 4岁儿童为研究对象,利用脑电图(EEG)和眼动仪采集数据,采用时间和距离-频率表征方法,对每个历元对应的一次表征进行研究。研究实验范例,以理解可解释可读信号和反应的菲茨定律的简单性:将任务映射到用户(儿童)的大脑和眼睛状态。
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