思维窗口:使用基于平板电脑的AR和脑电图对多个用户进行大脑活动可视化

Jonathan Mercier-Ganady, M. Marchal, A. Lécuyer
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引用次数: 2

摘要

在这张海报中,我们介绍了一种新颖的方法,称为“思维窗口”,用于实时可视化大脑活动。Mind-Window可以让一个或多个用户看到另一个人的大脑活动,就好像她的头骨是透明的一样。我们的方法依赖于使用多台平板电脑,观察者可以在戴着脑电图帽的被观察人的头部周围移动。通过跟踪放置在头部顶部的3D标记,使用增强现实技术将3D虚拟大脑模型叠加到被观察人的头部。脑电图帽记录大脑发出的电场,并对其进行实时处理,以更新虚拟大脑模型的显示。提出了几种可视化技术,如可在平板电脑上通过触摸输入操作的交互式切割平面。Mind-Window可以用于各种应用目的,例如作为教育教学工具来学习大脑解剖/活动和脑电图特征,例如电极定位,电模式等。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The mind-window: brain activity visualization using tablet-based AR and EEG for multiple users
In this poster we introduce a novel approach, called the "Mind-Window", for real-time visualization of brain activity. The Mind-Window enables one or multiple users to visualize the brain activity of another person as if her skull was transparent. Our approach relies on the use of multiple tablet PCs that the observers can move around the head of the observed person wearing an EEG cap. A 3D virtual brain model is superimposed onto the head of the observed person using augmented reality by tracking a 3D marker placed on top of the head. The EEG cap records the electrical fields emitted by the brain, and they are processed in real-time to update the display of the virtual brain model. Several visualization techniques are proposed such as an interactive cutting plane which can be manipulated with touch-based inputs on the tablet. The Mind-Window could be used for various application purposes such as for Education as teaching tool to learn brain anatomy/activity and EEG features, e.g., electrodes localization, electrical patterns, etc.
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