搜索资源列表
EMDs_Matlab
- 该程序用Matlab实现hilbert-huang变换,含EMD,HHT,边际谱等,有一些实例,较完善。-The program uses Matlab to achieve hilbert-huang transform, including EMD, HHT, the marginal spectra, there are some instances better.
HHT
- 这是一个完整的EMD分解全过程,有Hilbert谱和边际谱。直接把源码复制到matlab即可。很全面。-This is a complete decomposition of the whole process of EMD, a Hilbert spectrum and marginal spectrum. Directly to the source code can be copied to the matlab. Very comprehensive.
hilbert_huang_pdf
- 里面有许多hilbert-huang变换在脑电中的应用资料,含整个EMD,HHT,边际谱等算法,有一些实例,资料较为丰富,希大家有用的来下!-There were many hilbert-huang transform in the application of EEG data, including the EMD, HHT, the marginal spectra algorithm, there are some instances, information is abundant,
HHT-transform
- 本程序主要通过EMD和hilbert求IMF,作出HHT归一化能量谱图(三维图),边际谱图和瞬时能量图,并做完备性验证-The program primarily through EMD and hilbert seek IMF, to HHT normalized energy spectrum (three-dimensional map), the marginal spectrum and the instantaneous energy map, and do a complete v
emd_example
- 关于emd方法的应用,绘制功率谱、FFT频谱、Hibert谱、边际谱等-On emd method, draw the power spectrum, FFT Spectrum in Hilbert spectrum and marginal spectrum
HHT4_4_9
- 希尔伯特边际谱的程序,可以学习希尔波特变换的方法-Hilbert marginal spectrum of the process, can learn the Hilbert transform method
mhs
- marginal hilbert spectrum can be used for reconstruction of the original signal from decomposed signals by eliminating the unwanted noises.
emd
- 一个emd分解程序,包括瞬时频率,瞬时幅值,边际谱,Hilbert谱-A emd decomposition process, including instantaneous frequency, instantaneous amplitude, the marginal spectrum, Hilbert spectrum
Hilbert
- 对于非平稳振动信号 ,通过采用hilbert变换,得到其边际谱的labview 程序-For the nonstationary vibration signals, by the use of the Hilbert transformation, get the marginal spectrum of labview program
hibert
- 该程序绘制了仿真信号的FFT频谱和功率谱,并调用emd分析方法,绘制了emd分解结果,以及瞬时包络和瞬时频率图,还有Hilbert-Huang谱和Hilbert边际谱。-Program to draw the FFT spectrum of simulation signal and power spectrum call the emd analysis method, drawn emd decomposition, as well as instantaneous envelope and
spectrum-and-marginal-spectrum
- 用希尔伯特黄变换(HHT)求时频谱和边际谱.包括代码、原理、截图分析-Hilbert Huang transform (HHT) Find the spectrum and marginal spectrum, including the code, schematic, screenshot analysis
zhendongxinhaobianjipu
- 该程序功能为对所输入的振动信号进行希尔伯特黄变换,得到其边际谱-The program features the vibration input signal Hilbert Huang transform and its marginal spectrum of
HHT-CODE
- 画出每个IMF分量及最后一个剩余分量residual的图形 画出每个IMF分量及剩余分量residual的幅频曲线 用Hilbert变换直接求该信号的瞬时频率 计算HHT时频谱和边际谱-Draw each IMF component and the last one remaining residual component graphics draw each IMF component and the amplitude of the remaining component of the r
HHT
- 主要计算希尔伯特边际谱,EMD变换,希尔伯特变换-Main computing Hilbert marginal spectrum, EMD transform, Hilbert transform
EMD-hilbert-IMF
- 本程序主要通过EMD和hilbert求IMF,作出HHT归一化能量谱图(三维图),边际谱图和瞬时能量图,并做完备性验证,比较好用-This program mainly by EMD and Hilbert and the IMF, make the HHT normalized energy spectra (three-dimensional figure), marginal spectrum and instantaneous energy diagram, completeness,
emd-matlaB
- 该程序绘制了仿真信号的FFT频谱和功率谱,并调用emd分析方法,绘制了emd分解结果,以及瞬时包络和瞬时频率图,还有Hilbert-Huang谱和Hilbert边际谱。-The program draws the FFT spectrum and the power spectrum of the simulated signal and call emd analysis, drawn emd decomposition and instantaneous envelope and insta
pinpufenxi
- 包含有希尔伯特黄变换的主程序、边际谱的计算方法、并绘制了仿真信号的FFT频谱和功率谱,并调用emd分析方法,绘制了emd分解结果,以及瞬时包络和瞬时频率图,还有Hilbert-Huang谱和Hilbert边际谱- Including the main program of the Hilbert Huang transform, marginal spectrum calculation method, and draw the simulation signal FFT spectrum
Hilbert_huang
- 仿真信号的FFT频谱和功率谱,绘制了emd分解结果,以及瞬时包络和瞬时频率图,还有Hilbert-Huang谱和Hilbert边际谱。-The FFT spectrum and power spectrum of the simulated signal, the emd decomposition results, and the instantaneous envelope and instantaneous frequency maps, as well as the Hilbert-Hu
本程序主要通过EMD和hilbert求IMF
- 本程序主要通过EMD和hilbert求IMF,作出HHT归一化能量谱图(三维图),边际谱图和瞬时能量图,并做完备性验证(This program mainly through EMD and Hilbert for IMF, make HHT normalized energy spectrum (three-dimensional graph), marginal spectrum and instantaneous energy diagram, and finished the verif
bianjipu
- 用于求取信号的希尔伯特边际谱,适合初学者学习(The Hilbert marginal spectrum used for obtaining signals, suitable for beginners to learn)