1) ECoG monitoring
皮层脑电监测
2) Electrocorticography monitoring
皮层脑电图监测
1.
Electrocorticography monitoring in microsurgical treatment of intracranial cavernous hemangiomas;
皮层脑电图监测在颅内海绵状血管瘤显微外科中的应用
3) ECoG
皮层脑电
1.
Phase-space reconstruction of ECoG time sequences and extraction of nonlinear characteristic quantities;
皮层脑电时间序列的相空间重构及非线性特征量的提取
2.
In order to classify electrocorticogram(ECoG) signals of different mental tasks in a brain-computer interface(BCI) system,a method based on the combination of genetic algorithm (GA) and multilayer perceptron neural network(MLPNN) was presented.
为了对脑-计算机接口(BCI)中不同思维任务下的皮层脑电(ECoG)信号进行分类,提出了基于遗传算法(GA)和多层感知器神经网络(MLPNN)的混合方法。
3.
Brain is a very complex non-linear system, and electroencephalograph (EEG) and electrocorticogram (ECoG) are also non-stationary and nonlinear in nature, signal processing methods based on linear and stationary assumptions, although has obtained important result, can not grasp the entire picture of neuroscience.
人脑是一个高度复杂的非线性非平稳系统,所以脑电图和皮层脑电图也是非线性非平稳信号,基于线性和平稳假设的分析方法尽管取得了一些重要的研究成果,但是无法对神经系统进行更加深入的解释。
4) intellectual monitering
电脑监测
1.
This paper introduces the design and features of a intellectual monitering system using for the gas flowrate control of the thermal network in Hangzhou station of Shanghai railway division.
本文对上海铁路局杭州站新一代热网电脑监测管理系统研制成果进行论述和分析,着重阐述了系统的组成,硬件的配套,仪表的选型,软件的编制及系统的特点和功效。
5) ECoG
皮层脑电图
1.
Objectives:To explore the clinical applied value of electrocorticogramy(ECoG) in the operation of patients with brain tumour and secondary epilepsy.
目的:研究皮层脑电图(ECoG)监测在脑肿瘤继发癫患者手术中的应用价值。
2.
Objective: To explore the action of VEEG and ECoG in surgical treatment of refractoryepilepsy.
目的:探讨同步录像脑电图(VEEG)与皮层脑电图(ECoG)在外科手术切除难治性癫痫致痫灶中的作用。
3.
Methods In 4 years,165 patients who are secondary epilepsies have been performed by the method that original lesions were resected and peripheral cortices were fulgurated by bipolar according to ECoG.
目的 总结术中皮层脑电图 (ECoG)用于继发性癫痫外科治疗的临床经验。
6) Cortical electroencephalogram
皮层脑电图
1.
Objective To evaluate the accuracy of localization of intractable epileptiogenic lesion and the effect of resection under cortical electroencephalogram(ECoG) together with multiple subpial transection(MST).
方法对138例顽固性癫癎病人的致病灶,采用CT+MRI+EEC+单光子发射计算机体层摄影(SPECT)+皮层脑电图(ECoG)联合检测定位。
补充资料：皮层
植物根或茎内表皮和韧皮部之间的部分。主要起保护作用，也有支持、贮藏等作用。幼茎的皮层细胞内含有叶绿体，能进行光合作用。
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