搜索资源列表
chirplet_analasis
- 一种自适应chirplet分解的快速算法 针对信号自适应chirplet分解未知参数多、实现起来比较困难的特点，文献[1]提出了一种新的chirplet分解快速算法。该算法利用计算信号的二次相位函数，得到其能量分布集中于信号的调频率曲线上的结论，此时通过谱峰检测可同时获得chirplet调频率、时间中心和幅度的估计；然后通过解线性调频技术获得其初始频率和宽度的估计，仿真结果验证了本文算法的有效性。 -Chirplet an adaptive decomposition al
direction_of_arrival_by_music_and_signal_simulate.
- 程序第一部分为模拟信号源，可以设置参数来仿真用来MUSIC谱估计的信号源，第二部分为MUSIC估计代码，对上一部分所设置的模拟信号源谱峰搜索，验证MUSIC算法-The first part of the procedure for the analog signal source, you can set parameters for the MUSIC spectral estimation simulation of signal source, the second part is es
labview1
- 用LABVIEW实现对光谱的峰值进行检测，并进行数值显示-Using LABVIEW achieve spectral peak detection, and numerical display
redgreen
- 此程序用于计算高光谱数据研究中的红谷吸收深度和绿峰反射高度-This program used to calculate the spectral data of the absorption depth of red and green valley high peak reflectivity
spectral-peak-searching
- 利用music算法进行谱峰搜索，对一模拟信号的空间谱的峰值进行搜索-spectral-peak-searching music matlab
Pu_search
- DOA估计算法中利用该函数进行谱峰搜索，效果较好-DOA estimation algorithm using the function in the spectral peak searching, better
music_spectrum
- MUSIC谱峰搜索算法，Multiple Signal Classification Method for direction finding.-MUSIC spectral peak search algorithm 。Multiple Signal Classification Method for direction finding.
azimuth-error-UCA
- 不同信噪比下，均匀圆阵方位角估计性能；谱峰搜索寻找最大值对应坐标；100次试验求均方根误差-azimuth estimation using UCA vernus different SNRs search the spectral peak and fing the maximum 100 trails to get RMSE
elevation-error-UCA
- 均匀圆阵MUSIC算法，不同信噪比下对信号俯仰角估计性能，用均方根误差表示；采用谱峰搜索寻找最大值对应坐标；-UCA MUSIC to estimate elevation angle vernus different SNRs，describe with RMSE search the spectral peak and fing the maximum
planar-array-music
- 利用9元平面线阵对空间4个声源进行定位，信噪比为10db，music 算法，谱峰较尖锐-9 elements planar array to localize 4 signal DOAs, MUSIC method ,snr is 10db, well spectral peak
yanchixiangjia
- music算法,首先,根据获得的数据来寻找协方差,确定噪声子空间和信号子空间,谱峰搜索-Music algorithm,first of all,according to receive data to find the covariance, determine the noise subspace and the signal subspace, in searching spectral peak
Esprit_try
- DOA估计的又一经典算法，和MUSIC相比，不需要谱峰搜索，相对更快捷！是利用空间旋转不变性求得波大方向。-DOA estimation is a classical algorithm, and compared to MUSIC, without spectral peak searching, relatively more efficient! Is the use of space rotation invariance to obtain the wave direction.
DOA-peak-search
- 该程序用于整列信号处理的谱估计的谱峰搜索，如MUISC算法-The program for the entire column signal processing spectral estimation spectrum peak search, such as MUISC algorithm
music-algorithm
- 经典的music算法程序，进行波达方向估计，利用空间谱函数进行谱峰搜索，对信号源的波达方向估计-Classical music algorithm for direction of arrival estimation, the use of space spectral function spectral peak searching, the signal source DOA estimation
PMUSIC
- 雷达来波方向的DOA估计，本程序是利用matlab进行一维DOA谱峰搜索-Radar DOA DOA estimation, the procedure is carried out using matlab DOA one-dimensional spectral peak search
Untitled
- 由Music算法估计线阵波达方向，搜索频谱波峰。-Estimation of linear array DOA by Music algorithm, searching spectral peak.
roots-music
- 求根MUCIS算法的代码 此算法避免了谱峰搜索 因此减少了运算量-root_music algorithm avoids Spectral peak searching, has low computation cost than MUSIC
uniform-circular-array
- 对一维角度估计采用MUSIC算法 ,通过谱峰搜索得到信号的方位角 对二维角度估计采用模式激励法 ,对均匀圆形阵列的输出信号进行模式激励 ,使其阵列流形具有类似于均匀线性阵列的形式 ,在此基础上 ,对波达矩阵进行特征分解 ,由各特征值对应的特征向量处理得到对应信号的到达方向 .给出的计算机仿真结果证实了它们的有效性 . -This paper studies the DOA estimation based on uniform circular bursts out of a one-dimen
AR
- 时域music算法，包括数据滑动相关求快拍数据协方差矩阵，并对其进行特征分解，应用music算法进行谱峰搜索。-Time domain music algorithm, including sliding correlation for fast data covariance matrix, and carries on the characteristics of decomposition, using music algorithm for searching spectral peak
spectral
- peak index outside of bins for Linux v2.13.6.