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ecgsignalprocessingbywavelet
- 这是用小波变换模极大值重建信号的源程序，数据是一心电信号，在matlab6。5下实现，来源于胡广书的《现代信号处理教程》附属光盘，现提供给大家供大家学习参考，滤波部分可以根据个人情况进行修改。程序包含四个部份，其中wave_peak实现信号的分解并求出模极大值-This is the wavelet transform modulus maxima reconstruction of the source signal, data signal is bent in matlab6. 5 und
GPSR
- 压缩感知信号重建 梯度投影法信号重建代码-Compressed sensing signal reconstruction signal reconstruction code gradient projection method
CS_OMP
- 压缩感知信号重建的正交匹配追赶算法（omp），与bp算法相比较有叫高的精度，但是付出了计算量的代价-Compressed sensing signal reconstruction algorithm Orthogonal matching catch (omp), compared with the bp algorithm are called high precision, but at a cost of computation
tele3
- 模拟信号的数字化传输---增量调制系统 用SIMULINK建立简单增量调制系统的模型并进行 （3） 正弦信号 （4） 语音信号 的传输。 改变抽样频率和量化台阶大小，观察重建信号以及量化噪声信号的波形；对于语音信号主观评价声音质量的变化。 -Digitized analog signal transmission systems--- delta modulation delta modulation SIMULINK easy set up of the model s
simpificationandreconstruction
- 初步学习采样和重建信号。包括源程序和报告书。-Preliminary study of sampling and reconstruction of the signal. Including the source and report.
DSP_A
- 英文最新版数字图像处理基础，包括信号与系统，信号表达与量化，快速算法与结构，数字滤波，统计信号处理，自适应滤波，信号重建，时频和多率信号处理。-Emphasizing theoretical concepts, Digital Signal Processing Fundamentals provides comprehensive coverage of the basic foundations of DSP and includes the following parts: Signals
FFTandInverseFFT
- Labview 中FFT 和Inverse FFT功能的应用实例,展示了由时域到频域的变换及由频域到时域的信号重建-Labview, and Inverse FFT in the FFT function of application examples to demonstrate by the time domain to frequency domain transformation, and by the frequency domain to time domain signal rec
rw_l1
- 用reweighted L1优化进行压缩感知的信号重建算法-Optimized by reweighted L1 signal is compressed sensing reconstruction algorithm
compressed_OMP
- 对信号进行稀疏分解并投影，然后对信号进行重建-Sparse decomposition of the signal and projection, and then reconstruction of the signal
cs-matrix-of-measurement
- 文章是基于压缩感知理论的测量矩阵的研究。测量矩阵的选择是压缩感知理论的关键点，直接关系到信号重建效果的好坏！-Article is based on the theory of compressed sensing matrix measurement research. Measurement matrix of choice is the key to the theory of compressed sensing point, signal reconstruction is direc
rsu
- 改进遗传算法的正交匹配追踪信号重建方法Improved genetic algorithm based on orthogonal matching pursuit signal reconstruction-Improved genetic algorithm based on orthogonal matching pursuit signal reconstruction
reconstruction-algorithm
- 用于压缩感知信号重建的算法研究，介绍的很详细-For compressed sensing signal reconstruction algorithm, described in detail
RL1
- 基于加权l1范数的稀疏信号重建，稀疏信号是带噪声的-Sparse signal reconstruction based on the weighted l1 norm sparse signal with noise
PAPER2
- 基于自适应滤波的DPC-MAB+SAR方位向信号重建.pdf-SAR Azimuth Signal Reconstruction Based on Adaptive Filtering for the DPC-MAB SAR System
SL0andOMP
- SL0算法是一种基于近似L0范数的压缩感知信号重建算法,它采用最速下降法和梯度投影原理,逐步逼近最优解,具有匹配度高、重建时间短、计算量低、不需要信号的稀疏度这个先验条件等优点。-SL0 algorithm is an approximate L0 norm based compressed sensing signal reconstruction algorithm, which uses the steepest descent method and gradient projection
smoothed L0重建算法
- 用于压缩感知信号重构，采用最速下降法和梯度投影原理，逐步逼近最优解，不需要信号的稀疏度这个先验条件，对信噪比的变换不敏感，重构速度快
CS_OMP
- 基于压缩感知的OMP算法，用于信号重建，适合初学者-Based on the compression perception OMP algorithm for signal reconstruction, suitable for beginners
CS-projects-master
- OMP 压缩感知信号重建，是一个最基本的实现方案-OMP compressed sensing signal reconstruction, is one of the most basic implementation
doa-limagic
- 基于压缩感知的一种信号重建方法，l1magic工具包，利用此种方法实现压缩感知理论。(A Signal Reconstruction Method Based on Compressed Sensing,l1magic)
图像恢复与重建算法SALSA算法
- 本代码可以利用SALSA算法对信号进行稀疏分离，并且可以去的良好的分离效果，对于做稀疏分离的有很大用处