EEG and ECG changes may also occur.
心电图和脑电图也可能发生改变。
We can record brain waves using EEG.
我们能用脑电图(EEG)来记录脑波。
The EEG device is comparatively cheap and portable.
脑电图描记器装置比较廉价且便携。
The number of electrodes needed to get useful EEG results is steadily decreasing.
得到有用EEG结果所需的电极数量正稳步下降。
Scientists used a technique called electroencephalograhy (EEG) to analyse the drivers' brain signals.
科学家利用称之为脑电图的技术来分析司机的脑电波信号。
Most studies of physiology-based measurements of pain have focused on heart rate, skin conductance and EEG.
大多数基于生理的疼痛测量研究都聚焦于心率、皮肤电导和脑电图。
NeuroFocus and EmSense, another company that uses dry EEG headsets in market research, declined to take part.
不过，NeuroFocus和另一家使用干EEG头套进行市场研究的EmSense公司拒绝参加。
One technique, Brain Signature Profiling, involves the subject remembering a scenario while wearing an EEG cap.
有一种脑信号画像技术使受试者在戴着脑电图描记器帽子时记住一个场景。
To test the software, researchers had three subjects wear caps laden with EEG sensors and hooked up to a computer.
为了对软件进行测试，3个实验对象佩戴装有脑电波传感器并接入电脑的头戴装置。
A six-month-old baby being studied by non-invasive electroencephalography (EEG) using a specially constructed hair net.
头戴特制的发网，6个月大的孩子正在接受非侵入式脑电图(EEG)研究。
Last year an Austrian company called Guger Technologies released a system that USES EEG to allow paralysed patients to type.
去年，奥地利的一家名为古戈科技(Guger Technologies)的公司发布了一套应用EEG让瘫痪病人打字的系统。
In March NeuroFocus, another California-based outfit, demonstrated what it claims is the first medical-grade dry EEG headset.
三月，总部位于加州的NeuroFocus展示了他们号称是第一台医用级的EEG头套。
It is called delta sleep because of the presence of high amplitude, low frequency delta waves that are seen to occur in the EEG.
这个阶段的脑电图以高幅低频的三角形delta波为主，所以被称为Delta睡眠。
EEG is a kind of complicated non-periodic bioelectricity signal and its research is still an important field for modern science.
脑电是极为复杂的非周期生物电信号，对脑电的研究始终是现代科学的一大热点。
So while false positives from the signal are possible, the combination of EEG and EMG data makes a false positive much less likely.
因此尽管可能出现假阳性信号，但是脑电图和肌电图的组合可以将假阳性的几率大幅降低。
Several EEG devices have been released in recent years sporting fewer sensors than the high-end kit, notably for use in video gaming.
近年来已有多种EEG设备发布，它们装有比高端套件数量少的传感器，特别应用在视频游戏中。
The EEG was formed within the OSGi Alliance in 2007 and has produced the specifications that are implemented in the OSGi feature pack.
OSGi联盟的 EEG（企业专家组）成立于 2007 年，并且制定了 OSGi功能包实现规范。
The purpose of the EEG is to define a specification to allow JEE style applications to be natively hosted as bundles in an OSGi runtime.
EEG的目的是定义一套规范以便JEE风格的应用可以作为本地bundle运行在OSGi运行时中。
Mind Flex relies on EEG technology to measure brain wave activity through a headset equipped with sensors for the forehead and earlobes.
MindFlex依靠EEG技术去测量脑电波活动，这需要通过一副头式设备实现，上面安有需分别戴在前额和耳垂的传感器。
EEG represents the electric activity of the neurons in human brain. It is used for studying the brain activity in different sleep stages.
EEG代表了大脑神经元活动的一种电信号，它一直是研究人在不同睡眠阶段大脑活动的重要工具。
An algorithm was designed to sort the headset EEG signals into either meditation or attention inputs, each with their own distinct pattern.
编码团队设计了一种算法，把耳机采集到的脑电图信号分为沉思和关注两类。
If the brain can detect the contrasting sound, there is a signature pattern called the mismatch response that can be detected with the EEG.
如果大脑可以检测到对比音，那么便有一个称作“失配响应”的识别标志可以使用EEG检测到。
A couple of weeks ago the EEG voted to submit seven of the RFPs for approval, so with that we are effectively starting on the design stage.
两周前，EEG对其中的7个RFP投票审核通过，也就是说现在已进入设计阶段。
The technology has reached the top level of the world, so our products are extensively used in the area of physiological monitoring of ECG and EEG.
国家星火计划项目之一，其技术已达国际顶尖水平，产品广泛应用于医院心脑电等生理监护领域。
The engineers behind the suit had developed a system that appears to read the brain's intentions courtesy of electroencephalographic, or EEG, sensors.
拜脑电图传感器（EEG）所赐，这套装置背后的工程师团队成功开发了一套似乎能够阅读大脑意图的系统。
A blue dot jumps between places on the map and when it hits the desired destination, the EEG electrodes pick this up and steer the wheelchair towards it.
一个蓝点在地图上不同点间跳动，当蓝点命中期望目的地时，EEG电极获取这个信息，控制轮椅驶向此点。
Conclusions: The periodical examinations of EEG could reflect functional condition of cerebral cortex and heighten clinical diagnostic rate and cure rate.
结论：定期的脑电图检查，可及时反映大脑皮层功能状态，提高临床的诊断率和治愈率。
Conclusions: The periodical examinations of EEG could reflect functional condition of cerebral cortex and heighten clinical diagnostic rate and cure rate.
结论：定期的脑电图检查，可及时反映大脑皮层功能状态，提高临床的诊断率和治愈率。
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