A review on Performance of Various Types of Brain-Computer Interface

Bahareh Nazar Hosseini Saber, Reyhaneh Nazar Hosseini Saber
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Abstract

The interface between external systems and the brain with a direct communication path is called the brain-computer interface (BCI). BCIs serve the purpose of assisting, enhancing, or restoring human cognitive or sensorimotor functions. Control signals are generated based on specific characteristics of brain activity in BCI systems, and they can be used to direct different outputs. There are many neurological disorders that can be caused by a malfunction in the sensorimotor integration system. In numerous situations, such disorders are not treatable with traditional drugs or currently available therapeutic technologies. A (BCI) is a tool that allows the reintegration of the sensorimotor loop, providing direct access to brain information. In this article, we tried to explain about BCI users and the basic principles of BCI and a complete explanation of what BCI is and how it can make, ALS and LIS patients communicate with their surroundings. In the following, we discuss the types of BCI and the most important received signal, which is P300. And finally, three common BCI methods have been explained regarding signal acquisition and signal analysis, which is done in order to translate the signal.
各类脑机接口性能研究进展
外部系统与大脑之间具有直接通信路径的接口称为脑机接口(BCI)。脑机接口的目的是协助、增强或恢复人类的认知或感觉运动功能。控制信号是根据脑机接口系统中大脑活动的特定特征产生的,它们可以用来指导不同的输出。有许多神经系统疾病可由感觉运动整合系统的故障引起。在许多情况下,这些疾病无法用传统药物或现有的治疗技术治疗。脑机接口(BCI)是一种工具,允许重新整合感觉运动回路,提供直接访问大脑信息。在本文中,我们试图解释BCI用户和BCI的基本原理,并完整地解释BCI是什么以及它如何使ALS和LIS患者与周围环境进行交流。下面,我们将讨论BCI的类型以及最重要的接收信号P300。最后,介绍了三种常用的脑机接口方法,包括信号采集和信号分析,以实现信号的翻译。
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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