搜索资源列表
UCA
- 提供了二阶块稀疏算法，该算法特别适合于压缩感知
romp
- Regularized Orthogonal Matching Pursuit是正交匹配追踪算法的优化，可以用于稀疏信号的恢复以及压缩感知等-Regularized Orthogonal Matching Pursuit
Yall1
- 压缩感知恢复算法，解决l1最小化问题,能够得到线性非定常问题的最稀疏解-CS recovery algrithm
CS_OMP
- 采用l1最小范数优化的方法进行压缩感知的图像处理-Minimum norm optimization using l1 compression method of image processing perception
orthorize_match_persuit
- 关于压缩感知的信号处理应用，信号的恢复重构采用正交匹配追踪算法。-Application of wavelet transform signal processing, signal recovery reconstruction algorithm using orthogonal matching pursuit.
compresssense
- 主要介绍了压缩感知的主要内容及其发展现状，文章叫概括的说明了压缩感知的原理及应用，对于开始了解压缩感知有很大的帮助-Compressed Sensing is an important theory nowadays,it can be used in many ways ,include image processing and medical image ,etc.
ThePhysicsofCompressieSensing
- 一篇关于压缩感知理论及其算法实验的英文资料-A perception on the compression algorithm theory and its experimental information in English
ed
- 该代码实现了频谱感知中的能量检测方法，对于能量检测的认识能有更深入的了解-The code implements the energy spectrum sensing in detection methods, knowledge of the energy detection can have a better understanding of
multiscale
- 多尺度变换域隐马尔可夫模型能够有效地描述变换域系数在尺度间、尺度内和方向间的统计相关性,是 一种新的统计图像感知与识别方法. 文中以变换域系数的统计相关性描述为中心,以模型的设计和应用的开展为 两翼,深入分析了子波变换的三级统计特性与机理,比较研究了多尺度变换域的十种统计模型,并系统评述了这些 模型在图像感知、处理和分析中的最新进展. 同时,具体论述了这一领域研究中两类成功的实例:图像去噪和图像 纹理分割. 对于前者,以Lena 图像为测试用例分析比较了以变换域统计模型为核心的
245
- 认知无线电中基于小波变换和温度干扰估计的频谱感知,作者：QQ 64134703 ，电子毕业设计，欢迎咨询 -Cognitive radio interference based on wavelet transform and the estimated temperature sensing, on: QQ 64134703, e-graduate design, please consult
BayesianCompressiveSensing
- 压缩感知文献及相应的程序-Compressed sensing literature and the corresponding program
thespectruemsensingofconginitiveradio
- 详细地介绍了认知无线电频谱感知方面的技术以及应用和仿真等。-Detailed descr iption of aspects of spectrum sensing of cognitive radio technologies and applications and simulation.
energydection
- 自己总结的关于认知无线电频谱感知中，能量探测频谱感知技术的文献。均从IEEE下载，适合初学者。-Reviewed their perception on cognitive radio spectrum, the energy detection spectrum sensing technology literature. Were downloaded from the IEEE, suitable for beginners.
ShearLab
- 压缩感知经典方法，也是单像素相机刚开始使用的方法。-Compressed sensing classical methods, but also the beginning of single-pixel camera, the method used.
Bregman
- 这个不用多说，现在非常流行的一种迭代压缩感知重建算法。-Needless to say this, now very popular an iterative reconstruction algorithm for compressed sensing.
least-aquare
- 最小二乘算法，此算法对于压缩感知的OMP算法很有帮助-the least-square algorithm,this is helpful for OMP for compressed sensing.
bp
- 单层感知器学习 单层感知器学习 单层感知器学习-AI
exact_signal_reconstruction_from_highly_incomplete
- exact_signal_reconstruction_from_highly_incomplete 压缩感知 压缩传感。 证明了压缩感知的可行性-exact_signal_reconstruction_from_highly_incomplete compressed sensing compressed sensing. Proved the feasibility of compressed sensing
compressive-sensing
- 压缩感知经典论文 compressive sensing-Compressed sensing classic essay compressive sensing
compressive_sensing-Donoho
- compressive sensing Donoho 压缩感知 压缩传感。 是Donoho等人证明了压缩感知的可行性-compressive sensing Donoho compressed sensing compressed sensing. Donoho, who is the proves the feasibility of compressed sensing