搜索资源列表
emdmfiles
- emd算法的源代码,用于信号处理和数据分析-emd algorithm source code for signal processing and data analysis
MUSIC-1d
- music算法是利用空间阵列实现空间信号参数估计的一项专门技术,-music algorithm is the use of space spatial signal array parameter estimation of a specialized technology,
matlab_source
- 雷达信号处理中，杂波抑制的MTD算法源程序 扩频调制中的DDS实现算法，直接序列扩频算法 信号处理分析中的chirp generate LFM signal算法-Radar signal processing, clutter suppression algorithm MTD source of spread spectrum modulation in the DDS algorithm, direct sequence spread spectrum signal processi
GPSsinglmatlabacquisition
- matlab仿真的GPS信号捕获程序，相关及非相关累积算法.-matlab simulation of the GPS signal acquisition process, relevant and non-related accumulation algorithm.
a2v_liedu
- 振动烈度计算的MATLAB算法，根据振动加速度信号的频域积分计算振动烈度-The MATLAB algorithm for calculating vibration intensity, vibration acceleration signals according to frequency domain integral calculation of vibration severity
相干源修正的music算法
- 相干源修正的music算法，用来对相干信号源进行谱估计。-The music coherent source correction algorithm, used to carry out spectrum estimation of coherent sources.
quchu-qushixiang
- 信号的积分过程中，通常会有积分漂移和趋势项。针对常见的积分漂移，编写了算法进行解决。-The signal integration process, there is usually integral drift and trend. Drift for common points, to write the algorithm to resolve.
zhengjiaopm
- 正交PM算法，用于检测空间信号的方向角，显示波形及角度信息。-Orthogonal PM algorithm, for detecting a signal-in-space direction angle, showing the waveforms and the angle information.
MUSIC_L
- 运用MUSIC算法对L型线阵的窄带信号频率方位角和俯仰角进行估计，实现目标定位-MUSIC algorithm using L-shaped linear array of narrow-band signal frequency to estimate the azimuth and elevation to achieve targeting
cbf_MUSIC
- 运用常规波束形成CBF和MUSIC算法对宽带信号处理，实现对目标方位的估计，可测单目标或多目标-Conventional beamforming and MUSIC algorithm for wideband signal processing, the lateral position of the target
pro
- 小波与近似熵相结合的机械振动噪声信号分析 1 近似熵算法： 2 快速近似熵算法： 3 复morlet小波实验程序： 4谐波小波实部与虚部的程序： 5谐波小波分析时频图： -Harmonic wavelet combined with approximate entropy mechanical vibration and noise signal analysis
emd
- 运用EMd算法实现了信号的处理，并且对信号进行傅里叶变化获得其频域特征，冲采样后获得特征参数建立神经网络与实验进行识别- EMd use signal processing algorithm, and the Fourier transform of the signal in the frequency domain to obtain its characteristic red after sampling to obtain the characteristic parameter
Beanmform
- 频域波束成形算法，适用于所有一维和二维阵列的波束成形计算。对于采样时间较短的信号，采用了2次分段，对于采样时间足够的信号则只需要1次分段计算。计算结果包含成像图结果和各扫描点处的频谱结果-Frequency domain beamforming algorithm, applicable to all one-dimensional and two-dimensional array beam forming calculations. For shorter sampling signal,