Activation and artifact were reduced in EEG record with zygomatic reference electrode.
颧骨弓处盘状电极减少了活化和伪迹干扰。
Conclusion: The accurate discernment of artifact of EEG was important clinical valuable in increasing accurate rate of diagnosis of epilepsy.
结论：准确识别脑电图伪迹对提高癫痫诊断的准确率具有重要的临床价值。
Results: Activation and artifact were occurred in EEG record with earlobe reference electrode, but its wave amplitude was higher and bilateral brain wave of median line was more accurate.
结果：耳垂参考电极有活化现象和伪迹干扰，但波幅高，中线两侧脑波失真较少。
ECG artifact and power noise are successfully removed from the origanal EEG signal with the ICA method with no harm to the details of EEG signals.
利用ICA方法对实测脑电信号中的心电伪迹和工频噪声进行了消除，成功去除噪声并保留脑电信号的特征不变。
Objectives: to increase accurate rate, positive rate of AEEG in diagnosis of epilepsy and distinguish accurately artifact of EEG so as to prevent misdiagnosis and missed diagnosis.
目的：为提高动态脑电图对癫痫的诊断的准确率、阳性率，准确识别脑电图伪迹，以防误诊或漏诊。
KICA with model selection step is applied to the task of removing ECG artifact from the EEG signal and the result shows KICA.
实验结果表明：经模型选择后的KICA能成功分离脑电信号中的心电伪差。
Results:The noise and ECG artifact in EEG were removed.
结果：消除了脑电信号中的噪声和心电干扰。
Objective: To remove the noise and ECG artifact in EEG.
前言：目的：去除脑电信号中的噪声和心电干扰。
Objective: To remove the noise and ECG artifact in EEG.
前言：目的：去除脑电信号中的噪声和心电干扰。
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