The Study of Parameter Optimization in P300-based Brain Computer Interface

BCI ( Brain Computer Interface) focuses on the study of the establishment of a communication channel between human brain and external devices through which information exchange takes place.

脑机接口（Brain computer Interface，以下简称BCI）研究的是在大脑与外部设备之间建立新的通信通道，进行信息传递。

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A VEP based BCI experimental system was set up using two computers and the Active One biopotential measurement system.

利用双计算机和Active One生理信号测量系统建立了一个基于视觉诱发电位的脑机接口实验系统。

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Technology of Brain-Computer Interface aims to find and construct a novel information interaction approach not depending on peripheral nervous system.

脑机接口（Brain-computer interface）技术旨在大脑和外部环境间建立一种新型的不依赖于外周神经的信息传输方式。

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Brain-computer interface ( BCI) is a novel kind of human computer interface being explored since last decade.

脑机接口（brain-computer interface，BCI）是近十年发展起来的一种新颖的人机接口方式。

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Associated to this BCI paradigm, there is the problem of classifying electroencephalogram signals related to responses to some visual stimulation.

基于P300的脑机接口，重要的问题就是将与视觉刺激反应相关联的脑电信号进行提取和分类。

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A brain-computer interface ( BCI) is a direct communication channel between the human brain and the external world.

脑机接口（BCI）是在人脑和外界之间建立不依赖于常规大脑信息输出通路的一种通讯系统。

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Brain-computer Interface ( BCI) is a communication system that connects brain and computer or other electric equipment. The character of BCI is that it can make a person communicate with the outside world without depending on peripheral nerves and muscle's normal output channels.

脑机接口（Brain computer interface，BCI）是连接大脑和计算机或其它电子设备的通信系统，其特点是能够使人在完全不依赖肌肉和外围神经的情况下实现人脑与外界的通信与交流。

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A P300 BCI Signal Detection Algorithm Based on Ensemble of SVM

基于集成支持向量机的P300脑机接口信号识别算法研究

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An application of Digital Signal Processor ( DSP) in Brain Computer Interface System based on Steady State Visual Evoked Potential ( SSVEP) is presented in this paper. System design and implementation are described in detail, and results of preliminary test are provided.

本文研究数字信号处理器（DSP）在基于稳态视觉诱发电位的脑机接口系统中的应用，同时详细介绍了系统的构成及各部分的设计与实现方法，并展示了初步的实验结果。

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Scalp recording, called electroencephalography ( EEG), is a noninvasive technique that can drive a different kind of brain-machine interface, however.

经由头皮记录的脑电图（EG）种非侵入式的技术，可用来驱动不同型式的脑机界面。

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Elon Musk has revealed his Neuralink startup is close to announcing the first brain-machine interface to connect humans and computers.

埃隆-马斯克近日表示，其创业公司“神经连接”即将公布首个人机交互界面，该界面可将人脑和计算机连接起来。

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Neuralink, Elon Musk's startup that's trying to directly link brains and computers, has developed a system to feed thousands of electrical probes into a brain and hopes to start testing the technology on humans in in 2020, Chief Executive Elon Musk revealed.

伊隆·马斯克的企业Neutralink（神经连接）致力于将大脑和计算机直接相连，已经研发出了一个系统，能将大量电子探针植入大脑。首席执行官伊隆·马斯克透露，这家企业希望在2020年开始在人类身上试验这项技术。

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Neuralink was set up in 2016 with the ambitious goal of developing hardware to enhance the human brain, however, little about how this will work has been made public.

神经连接公司在2016年成立，其庞大的目标是开发计算机硬件增强人脑功能，但具体实现方式鲜少对公众透露。

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Speaking last year on The Joe Rogan Experience podcast, Mr Musk said Neuralink's technology would allow humans to "effectively merge with AI."

马斯克去年在《乔·罗根的经历》播客上说，神经连接公司的技术将使人类“有效地与人工智能融合在一起”。

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Neuralink has the potential to dramatically reshape both computing and humanity--if it and like-minded researchers can persuade regulators and society at large that we should be directly wired to machines.

如果Neuralink和志同道合的研究员们可以说服监管者和整个社会，让我们直接与机器相连，那么Neuralink有潜力来大幅重构计算机技术和人类。

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Jed saw how it ate, then lifted its head and looked all around.

杰德看着它吃草, 随后又见它抬起头,朝四周看看.

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It is good to see you again.

很大高兴又见了你.

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Then again I saw vanity under the sun.

7我又见日光之下有一件虚空的事.

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The garden of my ancestor , Ts'ui Pen.

那是我曾祖彭取的花园.

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People had more children, and grandparents and great-grandparents lived with their families.

人们孩子很多, 祖父母和 曾祖 父母都和家人在一起生活.

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