"This means we can use a noninvasive method to develop the next generation of brain-computer interface machines," Contreras-Vidal says.
“这意味着我们可以用一种无创的方式来开发下一代的脑机接口设备，”孔特雷·拉斯·维达尔说。
Research already shows potential for our brains to control the television, but that's not the only way a brain-computer interface can "upgrade" humans.
研究已经显示我们的大脑有控制电视机的潜能，但是这不是唯一脑机接口的方法来“升级”人类。
And in the upcoming academic year, Northeastern students will outfit a wheelchair to take orders from a brain-computer interface.
在下一个学年，东北大学的学生们将给一台轮椅装备上从大脑-电脑接口接收命令的设备。
A new brain-computer interface can pick up neural impulses and translate them into musical notes.
一种新的大脑与计算机的接口能够获取神经脉冲信号，将它们转变为音符。
A team of researchers at Northeastern University in Boston is working on a brain-robot interface that lets you command a robot by looking at specific regions on a computer screen.
位于波士顿的美国东北大学的一组研究人员正致力于开发出一种“大脑-机器人接口”，这个设备可以让你通过看计算机屏幕的特定区域来控制机器人的行动。
Sure, troops might one day communicate telepathically. But they might also control drones, computers -- and weapons -- using a brain-computer interface instead of a button or a trigger.
有朝一日，士兵们也许可以通过心灵感应进行交流，但他们还需要操纵无人机、电脑以及各种武器，唯一先进的地方在于用脑-机接口取代了按钮或扳机。
OCZ Technology has laid claim to being the first company to bring a "brain-computer" interface to the retail market and they have aimed it squarely at the gamer.
OCZ Technology声称其已成为第一个将“大脑-计算机”界面推向零售市场的公司，并将销售目标锁定在游戏玩家身上。
The world's first commercial effort at a patient-ready brain computer interface is on display over at CeBIT 2010, but don't go throwing out your keyboard and mouse just yet.
在CeBIT2010上展示了世界上首个商业化的病人用的人脑计算机接口，但现在还别扔掉你的键盘和鼠标。
Objective: to study the control method of a mechanical assistant limb based on brain-computer interface (BCI) and to demonstrate the feasibility of this method.
前言：目的：研究一种基于脑-机接口技术的康复辅助机械手运动的控制方法，并论证其可行性。
In the research of the transient visual evoked potential (VEP) based brain-computer interface (BCI), VEP signal extraction and recognition are essential for obtaining BCI control signal.
在基于瞬态视觉诱发电位的脑机接口研究中，通过视觉诱发电位信号的提取与识别产生脑机接口控制信号。
This paper presents a rehabilitation robot control technique based on brain-computer interface (BCI).
本文介绍利用脑机接口控制康复机器人的方法。
Exploiting the novel human-machine interaction paradigm called brain-computer interface, we have constructed a mental speller for those with neuromuscular disorders and motor disabilities.
利用脑-机接口这种新颖的人-机交互模式构建一种脑控拼写器，用于帮助高位截瘫患者实现与外界的交流。
Experimental methods and some key techniques of brain-computer interface (BCI) are introduced in this paper. The further discussion is mainly focused on the research of practical BCIs.
介绍了脑-机接口的实验研究方法及关键技术的研究进展，并对未来实用型脑-机接口的研究进行展望。
A brain-computer interface (BCI) is a communication system that does not depend on the brain's normal output pathways of peripheral nerves and muscles.
脑机接口是指不依赖脑的正常输出通路，即外周神经和肌肉的信息传输通路。
EEG feature extraction from imaginary lower limb motor tasks is the key and difficult point of motor nerve reconstruction for lower limbs based on brain-computer interface technology.
下肢想象动作的脑电特征提取是基于脑-机接口技术实现下肢运动神经重建的关键点和难点。
Objective: To explore the suitable visual stimulation patterns for brain-computer interface.
目的：通过视觉诱发电位探索适合的脑机接口视觉刺激模式。
AIM: to design a visual stimulator used for brain-computer interface (BCI) based on visual evoked potential (VEP).
前言：目的：研究基于视觉诱发电位的脑机接口视觉刺激器。
The exploration of this experiment will be beneficial to study electrical stimulation feedback technique in implantable brain-computer interface.
这个实验的初步探索将利于进一步研究植入式脑机接口中的电刺激反馈技术。
Brain-computer interface (BCI) systems support direct communication and control between brain and external devices without any use of peripheral nerves and muscles.
脑—机接口系统是一个不依靠外周神经和肌肉组织等而实现大脑和外界装置之间直接的交流和控制的通道。
Brain-Computer Interface (BCI) systems support direct communication and control between brain and external devices without use of peripheral nerves and muscles.
脑-机接口系统是一个不依靠外周神经和肌肉而实现大脑和外部设备之间进行直接的交流和控制的通道。
The main purpose of this thesis is to study the hardware system for motor cortex neural decoding experiments in rats to build an implantable brain-computer interface.
为建立植入式脑机接口，本文主要研究大鼠运动皮层神经解码的相关实验和硬件系统。
Therefore, it is very significant for research on feature extraction and classification based on spontaneous EEG brain-computer interface. Motor imagery EEG is a kind of spontaneous EEG.
因此对基于自发脑电信号的脑-机接口中特征提取和分类方法的研究具有很重要的意义。
One of the key issues in a brain computer interface is to single-trial estimate the visual evoked potentials which embedded in ongoing spontaneous Electroencephalogram(EEG) background.
从被淹没在数十微伏的自发脑电背景中单次提取微伏级的视觉诱发电位，是脑-计算机接口的核心问题之一。
Brain-computer interface is one passage established between human brain and computer or other electronic equipments for direct communication and control.
脑机接口是在人脑与计算机或其它电子设备之间建立的直接信息交流和控制通道。
The wireless remote controlled car system based on brain-computer interface is built in this paper.
本文构建了基于脑机接口的无线遥控车系统。
The wireless remote controlled car system based on brain-computer interface is built in this paper.
本文构建了基于脑机接口的无线遥控车系统。
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