1.
Biosignal Variability Analysis and Its Application in the Evolution of Hypertension;
生理信号变异性分析及其在高血压发展中的应用研究
2.
Study on ECG Signal Processing and HRV Analysis
心电信号处理及心率变异性分析研究
3.
(2) Instantaneous abrupt change in wavelet coefficients can be used to detect the discontinuity of a signal.
(2)小波系数的瞬态突变可以描述信号奇异性；
4.
Heart Rate Variability Analysis with Frequncy Domain Methods & Artificial Nerual Network;
心率变异性信号频域及人工神经网络分析
5.
Nonlinear Analysis of HRV Signal Based on the Generalized Complexity Measure
基于广义复杂度的心率变异信号非线性分析
6.
Research on the Signal Singularity Detection Based on Wavelet Transform
基于小波变换的信号奇异性检测的研究
7.
Signal Singularity Detection with Modulus Maxima Method Based on Wavelet Transform
小波变换模极大值方法对信号的奇异性检测
8.
Signal Processing Technique of Damage Signals Based on Orthotropic AE Sensors;
基于正交异性AE传感器的损伤信号处理技术
9.
Application of the Wavelet Transform to the HRV Signal Analysis of Druggers;
小波变换在吸毒者心率变异性信号分析中的应用
10.
Biological Significance of PI3K/AKT Signal Pathway and Related Gene Alteration in Gastric Cancer;
胃癌中PI3K/Akt信号转导通路相关基因变异的生物学意义
11.
Heart Rate Variability Analysis on ECG ST-segment Deviation Episodes Based on the Time-frequency Method;
时频分析方法用于心电信号ST段偏移时段的心率变异性分析
12.
Chaotic Identification of HRV Based on Surrogate Data Method
基于代替数据法的心率变异信号混沌特性的识别
13.
Cd tolerance and leaf physiology changes in ten clones of Salix matsudana with Cd stress
镉胁迫下旱柳无性系耐镉性变异及生理变化
14.
We have good reason to believe, as shown in the first chapter, that changes in the conditions of life give a tendency to increased variability.
正如第一章所说的，我们有足够的理由，相信生活条件的变动，有使变异性增加的倾向。
15.
Preliminary Study on the Provenance Variation of Drought Resistance in Wild Rugosa Rose
野生玫瑰抗旱性地理变异的初步研究
16.
On the Analysis of Deterministic Time-Varying Signals;
确定性时变信号的分析与处理方法研究
17.
Analysis of Heart Rate Variability Signal Based on Cao Algorithm.
基于Cao算法的心率变异信号分析
18.
electrophysiology signal processor
电生理学信号处理机