搜索资源列表
eeg
- 脑电信号EEG的信号波形分析,采用小波分解之后plot出波形
在MATLAB中读取edf格式数据
- 在MATLAB中读取edf格式数据,用于脑电信号处理,In MATLAB to read edf format data for EEG signal processing
FFT
- 脑波FFT变换 调用格式见m文件头部说明(下边也复制了一份) 有配套.DLL.h.lib.ctf文件,可以在C或C++环境中调用 ------------------------------------ 保存为FFT.m文件 输入参数: N:进行FFT变换的点数(要求是2的N次幂); fs:信号的采样频率(frequency of simpling) sig:进行FFT变换的数组(一维)。 输出参数: f_sig:变换后的信号(一维数组) E_de
EEG_filter
- 自己编写的脑电滤波程序,实现0.3到120HZ范围的滤波-I have written EEG filtering process, to achieve the filtering range of 0.3 to 120HZ
CSPfilter
- Common spatial pattern 公共空间模式滤波是处理脑电信号的一种方法,它可以使两类想象运动EEG的协方差之间的差距最大化,便于后期的分类处理。-Common spatial pattern model of public space filtering is a method of EEG signal processing, it can make two types of movement EEG covariance imagine the gap between the
complex618 脑电信号的复杂度计算
- 脑电信号的复杂度计算,有文档和多个matlab程序实例-EEG complexity calculation, there are documents and multiple instances of matlab program
EEGfilter
- This Program is an M-file to implement a low-pass filter and notch filter (50Hz) on EEG channels.
eeglab
- eeglab for eeg analysis
wavelet_EEG
- Decomposition EEG to its 5 Sub-bands using Wavelet
EEG
- 脑电信号的分析算法的全面概述,包含李氏指数复杂度等-EEG analysis algorithm overview, including complexity, such as Lyapunov exponent
EEG
- EEG近似熵计算程序,便于计算脑电信号 一种简单有效的测度熵替代方法——近似熵(approximate entropy)方法-EEG approximate entropy calculation program, facilitate the calculation of EEG
eeg
- eeg signal processing
EEG-data-analysis-for-BCI
- document for code of brain compture interface with EEG Signal
EEG-functions
- EEG处理过程中用到的一些程序,如预处理,特征提取等-EEG processing some of the procedures used, such as preprocessing, feature extraction
EEG Analysis
- Analysis of EEG Signal
EEG pocket guide
- EEG analysis knowledge
EEG
- 可以量測EEG的程式碼, 歡迎大家下載來試試看(You can measure the EEG code)
EEG Signal Processing
- 脑电信号的完整处理过程,包括抽样,滤波,加窗,时域频域的图像分析等(EEG signal processing, including sampling, filtering, windowing, time domain frequency domain image analysis,and so on.It is very useful in EEG.)
eeg feature extraction
- 用于eeg信号预处理的matlab程序,可以用于特征提取。
EEG
- 脑电图获取EDF文件之后,对脑电图进行读取,进行数据分析,用于进行癫痫检测。(After the EEG obtains the EDF file, the EEG is read and analyzed for epilepsy.)