1)  electroencephalogram
脑电检测
1.
Through the study of electroencephalogram,we can find the change of cerebra functions.
通过脑电检测应用于痴呆的早期诊断 ,这为开展早期防治痴呆提供理论依
2)  PSG
睡眠脑电检测
3)  electroencephalogram
脑电
1.
Effect on Electroencephalogram in Cerebral Cortex of Epileptic Rat Induced by IL-1β or IL-6;
IL-1β或IL-6致痫对大鼠脑电的影响
2.
Multi-channel electroencephalogram(EEG) power spectrum is extracted for training continuous hidden Markov model(CHMM),and a novel approach to classify the mental fatigue levels is proposed based on power spectrum-CHMM.
提取多通道脑电(EEG)功率谱特征,训练连续高斯密度混合隐马尔科夫模型(CHMM),建立了基于功率谱-CHMM的精神疲劳分级模型。
3.
The relation between scalp activity and cardiac automatic nervous system during a mental arithmetic(MA) task is explored with the power spectrum of electroencephalogram(EEG) and heart rate variability.
通过对数学运算任务中头皮脑电信号和心率变异性的功率谱分析,研究了头皮脑电活动和心脏自主神经活动的关系。
4)  EEG
脑电
1.
A Comparative Evaluation of Nonlinear Characteristics of EEG for Alcoholic and Normal People;
醉酒者脑电和正常脑电非线性特性的比较评估
2.
EEG Study on Transcutaneous Electrical Acupoint Stimulation as a Fatigue Countermeasure.;
经皮穴位电刺激改善疲劳的脑电研究
5)  electroencephalogram(EEG)
脑电
1.
Objective To investigate the relationship between mental fatigue and power spectrum features of electroencephalogram(EEG)in order to find feasible objective indexes for analyzing mental fatigue level.
目的研究连续数学运算对脑力疲劳的影响,探讨脑电的功率谱特征与脑力疲劳之间的关系,寻找脑力疲劳程度评价的客观指标。
2.
To investigate the characters of the electroencephalogram(EEG) for fatigued drivers,the situation of fatigue driving was simulated using a car simulator,the EEG for the driver was recorded by an EEG recording instrument,and the EEG data and waves obtained.
研究疲劳驾驶时的脑电特性。
3.
This platform applies the patient s motor imagery electroencephalogram(EEG) as the control signal in order to combine motor imagery with recovery training of motion function.
该平台采用患者在想象运动时的脑电信号作为虚拟人运动的控制信号,从而把想象运动与运动功能恢复训练结合在一起。
6)  electroencephalography
脑电
1.
Objective To investigate some methods on extraction and classification of electroencephalography (EEG) signals during mental tasks for designing brain computer interfaces (BCI).
目的在基于思维作业的脑-机接口中,探讨如何提取脑电信号特征并对其进行准确有效地分类。
2.
Functions of nonlinear parameters, computed from electroencephalography (EEG) signals, in mental tasks classification were investigated, where the largest Lyapunov exponent, the mean period of trajectories and the average initial distance between neighboring trajectories were taken as the nonlinear parameters, and Fisher s linear discriminant was adopted as the classifier.
研究了非线性参数作为脑电(EEG)信号特征时对意识任务分类的作用,使用的3种非线性参数特征为最大Lyapunov指数、轨道平均周期和轨道平均初始距离,分类方法为Fisher线性判别式。
参考词条
补充资料:电力牵引变电设备检测车


电力牵引变电设备检测车
testing car for traction substation

dianl一q旧ny旧b旧nd旧n 3hebelJ旧neeehe电力牵引变电设备检测车(testing ear fortraetion substation)电力牵引变电所设备的现代化检修工具。电力牵引变电所设备分一次(高压)设备和二次(低压)设备。前者含主变压器、断路器、互感器及隔离开关等,后者包括继电保护、自动化和远动装t等.检侧车按检侧对象不同分为一次设备检测车和二次设备检侧车。检侧试验在电气化铁路交付运营前称交接脸收试验,在交付运营后称预防性试验。 一次设备检测车对牵引变电所一次设备进行检侧、试脸的一种多功能徽机测试装t。整个试验装里固定安装在一辆中型客车上,通过人机对话选择被测设备及试验项目,并能自动完成试验和各试验电源调节及数据采集、处理,具有试脸项目齐全、设备集中、小型多功能、可人机对话以及精度高、操作简便、抗干扰能力强、有自我保护等特点. 主要侧试项目有: (1)绝缘电阻及吸收比, (2)线圈直流电阻及接触电阻; (3)变压器变比, (4)介质损失角正切值及电容量; (5)泄诵电流, (6)断路器固有分、合闸时间. (7)补偿装里电感、电容参数; (8)接地电阻; (9)温度参数. (1。)直流耐压试验. (11)交流耐压试验; (12)绝缘油试验。 二次设备检测车对牵引变电所二次设备检测试脸的一种多功能徽机侧试装里。整个装置固定安装在一辆中型客车上,采用全徽机自动控制、数字合成测试保护继电器的各种电压、电流信号,实现继电保护及配电盘控制、信号回路自动检测.配电盘按检测要求将全部检侧回路用电缆引至专用检测插座上,检测车只需将检侧拍头擂人,即可对配电盘上各种继电器及回路进行自动侧试.具有自动化程度高、侧量精度高、通用性强、可布性高等特点。主要侧试项目有: (1)单体继电器侧试,包括阻抗继电器、差动继电器、功率方向继电器、电流继电器、电压继电器、时间继电器、中间继电器等的测试. (2)可自动完成差动保护二次接线六角形特性测试;(3)可实现配电盘各种控制、保护、信号回路的自动测试。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。