1) evoked potentials
诱发脑电
1.
Evoked Potentials Extraction Based on Cross-talk ResistantAdaptive Noise Cancellation;
基于抗交叉串扰自适应噪声抵消的诱发脑电信号提取研究
2.
These algorithms are efficient and can reduce the trials to extract evoked potentials.
指出了对脑电观测数据进行去噪从而提取出诱发脑电信号是临床和实验中的前沿技术之一,目前常用的平均方法需要比较多的实验次数,为缩短实验次数需要采用一些新的技术和方法。
3.
In this article, forward and inverse wavelet transform that is widely used can efficiently extract evoked potentials.
提出了一种利用小波分解和重构进行诱发脑电信号的有效提取方法 。
2) Evoked Potential
诱发脑电
1.
Patterns Extraction of Mental EEG and Evoked Potentials Based on Independent Component Analysis;
基于独立分量分析的思维脑电和诱发脑电的特征提取
2.
As the review of extracting evoked potential,the theories of EP estimation using the methods of coherent average,independent component analysis,wavelet transform,time sequence analysis and neural network in application are introduced.
诱发脑电(EP)的提取是生物医学信号处理领域中的一个热点研究方向,针对诱发脑电提取的现状,阐述了相干平均、独立分量分析、小波变换、时间序列分析及神经网络等方法的基本原理,并探讨了各自在应用中存在的问题。
3) brain evoked potentials
脑诱发电位
1.
Methods:47 male delinquents with official records of aggressive and violent violation and 41 normal controls were examined by resting EEG, brain evoked potentials.
方法:以47例有官方暴力型违法乱纪记录的青少年为研究组,41例正常职业高中生为对照组,进行EEG、脑诱发电位测定。
4) brain evoked potential
脑诱发电位
1.
The value of brain evoked potentials on the patients with Parkinson′s disease or vascular Parkinson′s syndrome;
帕金森病与血管性帕金森综合征的脑诱发电位比较研究
2.
Objective:To examine the brain evoked potential(BEP) in patients with major depressive disorder(MDD) before and after the administration of fluoxetine.
目的:探讨中国重性抑郁障碍患者(MDD)药物治疗前后脑诱发电位(BEP)变化。
5) Cerebral evoked potentials
脑诱发电位
1.
Cerebral evoked potentials response to esophageal mucosal acid exposure and distention in patients with non-erosive gastro-oesophageal reflux disease;
非糜烂性胃食管反流病患者酸灌注及食管扩张脑诱发电位的研究
6) heartbeat evoked potential
心跳诱发脑电位
1.
Effect of heartbeat perception on heartbeat evoked potential waves;
心跳感知对心跳诱发脑电位的影响(英文)
补充资料：事件相关（诱发）脑电位（event-relatedbrainpotentialERP）
事件相关（诱发）脑电位（event-relatedbrainpotentialERP）
与声音、闪光、触击等刺激相应的头皮电位变化，也称诱发电位（evokedpotential,EP）。它比自发脑电位EEG，幅度要小得多，只有几微伏，频率通常在0.02Hz～40kHz。诱发电位ERP有多种，如听觉诱发电位AEP、视觉诱发电位VEP、体感诱发电位SEP和认知诱发电位CEP等。ERP的潜伏期小于80ms的外生分量主要与刺激的物理、化学参数有关；而潜伏期大于80ms的内生分量，则取决于心理过程。外生分量可用于寻找脑内产生器和感觉皮层定位及临床诊断与脑有关的神经科疾病；内生分量则可用于脑思维活动的研究。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条