The use of electroencephalography as a future-oriented brain-computer interface. Current concepts, solutions, technologies that allow communication through thoughts

Karol Sosnowski
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Abstract

Nowadays, brain-computer interfaces are gaining more and more popularity. Research centers develop new methods of human communication with devices through thoughts. There are many methods used for this kind of interfaces, however, the most widespread is electroencephalography (EEG). There are many reasons for this fact, it is a method that is relatively cheap compared to other methods. Less complex technical tools and apparatus are required to operate it. Another advantage of this method, unlike others, is its non-invasiveness. Unfortunately, current brain-computer interfaces do not offer high data rates. However, time plays a smaller role when we are dealing with a disabled person who regains the ability to communicate with the world through the interface controlled by thoughts. This paper is the beginning of a series of papers in which the author will describe in detail the elements of brain-computer interfaces, as well as improvements that can be applied to them to improve their properties.
脑电图作为面向未来的脑机接口的应用。当前的概念、解决方案、技术,让我们能够通过思想进行交流
如今,脑机接口越来越受欢迎。研究中心开发了人类通过思想与设备交流的新方法。这类接口的检测方法有很多,但应用最广泛的是脑电图(EEG)。这一事实有很多原因,它是一种相对便宜的方法相比,其他方法。操作它所需的技术工具和设备不太复杂。与其他方法不同,这种方法的另一个优点是它的非侵入性。不幸的是,目前的脑机接口不能提供高数据速率。然而,当我们面对一个通过思想控制的界面重新获得与世界交流能力的残疾人时,时间起的作用就小了。这篇论文是一系列论文的开始,在这些论文中,作者将详细描述脑机接口的要素,以及可以应用于它们以提高其性能的改进。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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