eog

Study of Clinical Application About the Basic Value Potential and Ratio Value of EOG

眼电图基值与比值临床应用的研究

Robot 3D Positioning Based on EOG Signal Analysis

基于EOG眼电信号的机器人三维定位

Research on removing EOG artifacts from EEG based on CCA

典型相关分析去除脑电信号中眼电伪迹的研究

EOG Responses to Amino Acids in Two Species of Grouper

二种石斑鱼对氨基酸刺激的EOG反应

Removal of ECG Artifact From Sleep EEG and EOG Based on Flexible ICA

基于FlexibleICA的睡眠EEG及EOG中心电伪差的消除

Study of EOG and ERG in high myopia

高度近视EOG和ERG的联合应用研究

EOG Recording on 100 Normal Eyes by Microprocessor

100只正常眼眼电图的微处理机检测

Effects of Ca2 + on fish 's EOG and Exploration of detoxified

Ca~（2+）对鱼类EOG的影响及其解毒作用的探讨

Effect of EDTA on Fish 's EOG and Exploration of Used Dosage among Fishery Breed Aquatics

EDTA对鱼类EOG的影响及其在渔业养殖中使用剂量的探讨

Mark Held : The EOG 's Association for Conservation is a major initiative for the outdoor industry .

EOG环境保护基金是户外行业的一个重大举措。

The results indicate as follow : ( 1 ) Ca2 + has dual effect on the EOG of the fish .

结果表明，①Ca~（2+）对罗非鱼EOG具双重效应；

Comparison between an eye tracker and EOG in recording saccades

眼动仪与眼电图检查正常人扫视运动的比较研究

The main idea of this algorithm is , firstly , construct a ideal EOG profile model from the study of saccade movements ;

其基本思想是，根据眼运动的特点构造理想EOG曲线模型；

Results ERG and electro oculogram ( EOG ) became abnormal with the development of the disease .

结果随着疾病的发展，ERG和EOG均出现异常。

Methods Acquirement and analysis of EOG data were automatically performed using the EOG program of the MVT-3 visual electrophysiological equipment .

方法采用MVT-3型视觉电生理仪的EOG采集和分析软件，对正常对照组和RP患者组在术前与术后进行检测。

Effect of Ca ￣( 2 + ) on the EOG of Tilapia sp. and Exploration of Detoxifying Feasibility

Ca~（2＋）对罗非鱼EOG影响及其解毒可行性探讨

Automatic Correction of the Ocular Artifacts in EEG Based on a Cortex Imaging Method Research on removing EOG artifacts from EEG based on CCA

一种基于皮层成像的自动眼电伪迹去除方法典型相关分析去除脑电信号中眼电伪迹的研究

METHODS : An independent component analysis ( ICA ) - minimum norm ( MN ) solution processing procedure was presented to remove the artifact EOG .

方法：应用一种基于独立成分分析和最小模解的处理算法来去除眼电伪迹的影响。

And then , extract features from saccade signal on the base of ideal EOG profile ; and obtain position data by future classification in the end .

基于理想EOG曲线提取特征值，根据特征值分类提取位置数据。

Feature extraction of EOG signal : an EOG feature extraction algorithm based on Linear Predictive Coding ( LPC ) technology has been proposed in the thesis .

EOG信号的特征提取：提出了基于线性预测技术（LinearPredictiveCoding，LPC）的EOG特征提取算法。

Main products : all kinds of seals for Petrochemical Industry ( EOG ), Hydraulic cylinder , Cylinder , Valve , Metal gate as well as special design products according to different requirements .

主要产品有：石油石化行业（EOG）密封、液压油缸密封、气缸密封、泵阀密封和五金门控缓冲密封，也可以根据用户使用要求设计特殊用途的产品。

EOG is widely used to record eye movement . However , an efficient means of extracting two-dimensional ( 2D ) eye position data from EOG saccade signal is lacking .

眼电图（electrooculogram，EOG）是一种最常用的眼球运动记录技术，但一直缺乏从EOG扫视信号中提取二维人眼位置信息的有效方法。

Under the environment of MATLAB 7.0 , the simulation experiment has been designed and realized ; furthermore , the algorithm proposed by this thesis has been validated by identifying the EOG signal . 4 .

最后，在MATLAB7.0环境下，设计并完成仿真实验，实现了EOG信号的模式识别，验证了所提特征与识别算法的有效性。

However , the main parameters of the smooth-type EOG patients were obviously lower than those of the normals , and these patients had the damage of more expansive area of their visual fields .

而平坦型EOG的一些主要参数（如Arden比和G比值等），明显地低于正常组，该组患者的视野多为管状视野或视野完全缺损。

EOG Resources , the largest US shale producer , said this week that it would resume fracking wells in North Dakota and Texas if prices stabilise around $ 65 a barrel .

美国最大的页岩油开发商依欧格资源公司（EOGResources）本周表示，如果油价稳定在每桶65美元左右，该公司会重启北达科他州和德克萨斯州的水力压裂井。

In the field of medical signals processing , the signals are corrupted by all kinds of artifacts , such as the power line influence , Electro-Oculogram ( EOG ), Electrocardiograph ( ECG ) .

在医学信号处理领域，信号中常常不可避免的混叠有不同种类的干扰成分，如通道间的串扰、眼电、心电、肌电、工频干扰等。

Bioelectrical is an important message which reflects various physiological states of the human body . People have researched the ECG , EMG , EOG and other biological signals , and applied to the diagnosis and treatment of disease .

生物电是反映人体各种生理状态的一种重要信息，人们研究了心电、肌电、眼电等各种生物电信号、并应用于疾病的诊断治疗。

According to these formulas for calculating the parameters constructed in the paper , we use EEG and EOG as a classification parameter , then select the training data and test data , and apply SVM for the classification of short time sleep .

根据本文构建的计算参数的公式，将所提取的脑电信号和眼电信号作为分类参数，选取训练数据和测试数据，利用支持向量机对短时睡眠数据进行分类。

By the digital filtering and wavelet transforming , the EEG noises , such as power-frequency interference , baseline drift , EMG , ECG and EOG artifacts , are removed from the original EEG signals .

利用数字滤波和小波变换实现了对脑电时间序列中的工频干扰、基线漂移、肌电干扰、心电干扰和眼动干扰等干扰信号的去除。

EOG , ERG and VEP reflect the function of different levels of the visual system . Therefore multiple testing ( especially VEP and ERG ) is necessary for reducing false positive and false negative and increasing the accuracy of prediction .

EOG，ERG，VEP反映视系统不同平面的功能，故多项联测（尤其是VEP和ERG）对减少假阳性和假阴性，提高预测准确性是必要的。