通过比较上述两种方法检测脑电信号的异同；并结合临床特征及影像学资料，分析CEEG和AEEG的临床价值。
We analysis the clinic value of the CEEG and AEEG by compare the difference of AEEG and CEEG in inspecting electroencephalogram signal, clinic character and video data.
目的：对人体结肠压力信号进行时频分析，探求人体结肠的运动学和动力学特性。
AIM: to probe into characteristics of human colonic cinematics and kinesics after time-frequency analysis of human colonic pressure signal.
目的探讨骨原发性非霍奇金淋巴瘤的影像学特性，着重分析其MRI信号表现。
Objective To study the imaging features of primary bone non-Hodgkin lymphoma with an emphasis on MRI signal characteristics.
本文的研究工作涉及材料学、结构学、电工学和信号分析与处理等多个学科。
A lot of subjects, such as science of materials and structures, electrotechnics, signal processing, are involved in this research.
针对脉搏波信号处理的难点，提出了一种基于数学形态学的脉搏波信号预处理方法，并分析了脉搏波信号特征及数学形态原理。
A new signal pre-processing method of pulse wave based on mathematical morphology theory is presented according to the difficulties of pulse wave signal pre-processing.
以统计学方法研究了记纹鼓、二道生理记录仪和多媒体生物信号记录分析仪对生理学实验教学效果的影响。
We investigated the infection of kymograph, two channels physiological recorder and multimedia biology signal analyzer on the physiology experimental teaching.
此仪器非常适合细胞信号分析和灵敏度极其重要的稀有细胞学应用，它也是各种细胞分析实验室的极好补充。
This instrument is ideally suited for cell signaling and rare event applications where sensitivity is critical and is a great addition to any cellular analysis laboratory.
目的为进行飞船人工控制系统中作业工作负荷的工效学研究，研制一个肌电信号采集与分析软件。
Objective a software used for acquiring and analyzing signals was developed for ergonomical research on Human Workload in space manual system.
数学形态学是利用形态特征进行信号分析的工具，通过改变信号中目标的形态特征来对目标图像进行各种处理。
Mathematical morphology is a tool of the signal analysis in terms of shape, and it can carry on many kinds of processing by changing the shape of objects within the signal.
在信号处理时把该信号看作随机的动态信号，采用概率密度和统计学的方法进行分析，从而预测出稠油油井出砂趋势。
The vibration signal is processed as stochastic dynamic signal and analyzed by the method of probability density and statistics, thus the trend of sand production of heavy oil-well.
化学计量学利用数学方法对复杂重叠信号进行解析，为复杂样品的色谱分析提供了新的手段。
Chemometrics, which USES mathematical tools to deal with the overlapping analytical signals, provides alternative approaches for the resolution of overlapping chromatographic signals.
利用生物信息学及系统发育分析可以为非寄主抗病机制及信号转导调控网络提供有用信息。
The information of bioinformatics and phylogenetic analyse will be significant to investigate the resistance mechanism and the networks consisted of singal transduction pathways.
利用生物信息学及系统发育分析可以为非寄主抗病机制及信号转导调控网络提供有用信息。
The information of bioinformatics and phylogenetic analyse will be significant to investigate the resistance mechanism and the networks consisted of singal transduction pathways.
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