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1·Results: All the five patients experienced scalp EEG, cortex EEG and tumor electrogram monitoring.

结果：5例患者均作头皮脑电图、皮层电图及瘤体电图。

2·The electrogram data sensed at each of the plurality of locations in the heart is mapped to a corresponding element of the FEM.

在心脏中的多个位置中的每一个位置处所感测的电描记图数据被映射为FEM的相应元素。

3·The body surface sinus node electrogram (SNEb) was recorded in 116 young healthy students by using programme double time constant amplifier.

采用程控双时值放大器非叠加实时检测法，检测116例健康大学生的体表窦房结电图。

4·Thus, each of the elements of the FEM has associated electrogram data which was sensed at the location in the heart corresponding to that element.

因而，FEM的每个元素具有在心脏中对应于该元素的位置处所感测的相关的电描记图数据。

5·Various other function parameters calculated based on the electrogram data for each element can be similarly displayed as a graphical FEM function map.

基于每个元素的电描记图数据所计算的各种其它功能参数可以类似地被显示为图形FEM功能映射图。

6·Various signal processing analyses are used to process the electrogram data mapped to each element of the FEM in order to generate various function parameters.

使用各种信号处理分析来处理被映射为FEM的每个元素的电描记图数据，以便产生各种功能参数。

7·This study reports the results of sinus node electrogram (SNE) by electrode catheterization and directly measured sinoatrial conduction lime (SACT_D) in 48 patients.

本文报告对48例患者，右心导管法描记窦房结电图(SNE)及直按测定窦房传导时间(SACT_D)的结果。

8·An artificial neural network (ANN) can be used to calculate the function parameters based on inputs including the electrogram data, patient data, and physical measurement data.

可以使用人工神经网络(ANN)来基于包括电描记图数据、患者数据和物理测量数据计算该功能参数。

9·As used herein, the electrogram data can be intra-cardiac electrograms which are intra-cardiac signals which show the electrophysiological activity at the locations in the heart.

如在此所使用的，电描记图数据可以是心内电描记图，其是示出在心脏中的这些位置处的电生理活动的心脏内信号。

10·Methods:Pre operative scalp EEG, cortex EEG and the tumor body electrogram during operation were recorded in 5 patients with hypothalamic hamartoma, and the results were analyzed.

方法：对5例下丘脑错构瘤患者的术前头皮脑电图和术中皮层脑电图及瘤体电图进行监测，并分析讨论。