用于识别大脑活动的脑机接口

A. Salvetti, B. Wilamowski
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引用次数: 3

摘要

脑电图信号(EEG),也被称为脑电波,提供了关于大脑过程的丰富信息,它们是由头骨下数百万神经元的电活动产生的。通过发现脑电图模式与某些大脑过程(如思维)之间的相关性,就有可能设计出一种能够将脑电图信息转换为计算机命令的智能系统。本研究通过设计一种便携式脑电图数据采集系统(连接到PC机的打印机并口)和开发一种新的神经网络对信号进行分类来探讨这种可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A brain-computer interface for recognizing brain activity
Electroencephalogram signals (EEG), also known as brainwaves, provide rich information about the brain processes, once that they result from the electrical activity of millions of neurons beneath the skull. By finding correlation between EEG patterns and certain brain processes, such as thought, it is possible to design an intelligent system that is able to translate the EEG information into computer commands. This research investigates this possibility by introducing the design of a portable EEG data acquisition system (to be connected to the printer parallel port of a PC computer) and developing a new neural network to classify signals.
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