Artists using BCI face no such niggles.
使用BCI的艺术家不会面临这样的吹毛求疵。
The two general strategies for implementing BCI are
实现BCI的两个常用策略为
Different BCI frameworks accomplish this goal in different ways.
不同的BCI框架可以以不同的方式达到这个目的。
In the next example, I'll repeat this test case using dynamic BCI.
在下面的例子中，我将用动态bci重复这个测试用例。
It is a supplement to the existing VEP based BCI technologies.
该方法是一种新的脑机接口技术，是对现有技术的一个有益补充。
Method: To build up a framework of control system based on BCI.
方法：构建基于脑-机接口的控制系统框架。
Several types of EEG signals have been adopted in EEG based BCI.
基于脑电的脑—机接口采用了很多种类型的脑电信号。
Among the advantages of dynamic BCI is the flexibility it provides.
动态bci的优势之一就在于提供了灵活性。
In this example, I'll use static BCI to instrument the EmpDAOImpl class.
在这个例子中，我将使用静态bci来插装empdaoimpl类。
The BCI system consists of signal input, processing, exchanging and output.
BCI系统由信号的产生、处理、转换、输出等单元组成。
In this paper, the BCI system we researched is based on the spontaneous EEG.
本文研究的BCI系统是基于自发eeg的脑机接口系统。
As application, we give a equivalent axiom system of associative BCI-algebras.
作为应用，给出结合BCI -代数的一组等价公理系。
The implicative BCI algebras are described completely via BCI implicative ideals.
应用bci关联理想完全刻画了关联BCI代数。
A complete real-time BCI system includes three parts, input, output and signal processing.
一个完整的BCI实时系统包括输入、输出和信号处理三个部分。
The article has solved the problem concerning the independence of axiom system of BCI-algebra.
本文解答了BCI -代数公理系的独立性问题，同时给出了BCI -代数的另一公理系统。
The concepts of right ideal and ideal BCI-algebra are introduced and some characters are discussed.
引入了右理想和理想bci—代数的概念，通过对它们的讨论，得到了一些基本性质。
The system, which is based on BCI, could be divided into controlling platform and micro-stimulator.
该遥控刺激系统基于脑-机接口技术，分为控制平台和刺激器两大部分。
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。
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。
For these reasons, oscillatory EEG based BCIs have become one of most successful designs in BCI system development.
也是由于这些原因，振荡性的脑电图变成了脑—机接口的应用中非常成功的设计之一。
But in this study, BCI technology was used to understand how thoughts and decisions are shaped by a group of brain cells.
而在本项研究中，BCI技术被用来理解脑细胞群是如何做出决定的。
BCI devices are used to control things in the physical world, such as a cursor on a screen, a wheelchair or even a prosthetic limb.
BCI设备被用来控制现实世界当中的事物，例如屏幕上的光标，轮椅，甚至是假肢。
AimTo study the notions of topological subalgebras, topological ideals and topological homomorphisms in topological BCI-algebras.
目的为研究拓扑bci代数的拓扑子代数、拓扑理想和拓扑同态的概念。试图在代数结构中嵌入拓扑结构。
In practical BCI Systems, precision and information transfer rates (ITRs) are two important factors to measure their performances.
实际的脑机接口中，正确率和信息传输速率是衡量系统性能的两个主要指标。
Moreover, by giving an example we prove that an intuitionistic fuzzy ideal in BCI-algebras may not be an intuitionistic fuzzy filter.
引入BCI-代数的直觉模糊滤子的概念，刻划一些重要的结论。
A high accuracy BCI is designed using electroencephalogram EEG signals where the subjects have to think of only a single mental task.
设计一种仅使用进行简单思维任务时脑电信号(脑电图)的高准确率脑机接口。
The notion of BCI implicative ideals is introduced. It is a natural generalization of the notion of implicative ideals in BCK algebras.
引入一类新理想——BCI关联理想的概念，证明了它是BCK代数中关联理想概念在BCI代数中的自然推广。
The notion of BCI implicative ideals is introduced. It is a natural generalization of the notion of implicative ideals in BCK algebras.
引入一类新理想——BCI关联理想的概念，证明了它是BCK代数中关联理想概念在BCI代数中的自然推广。
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