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47651
- 认知是一个把未知与已知联系起来的过程。对一个复杂的视觉系统来说，它的内部 常同时存在着多种输入和其它知识共存的表达形式。感知是把视觉输入与事前已有表达 结合的过程，而识别也需要建立或发现各种内部表达式之间的联系。 匹配就是建立这些联系的技术和过程。建立联系的目的是为了用已知解释未知。 -good
compressedsensing
- 压缩感知先进技术的相关外文参考文献，介绍压缩感知原理及相关应用和开放问题。-Compression-aware of advanced technologies related to foreign language references, introducing compressed sensing theory and related applications and open problems.
CHAPTER5_Spectrum_SensingSpectrum_Sensing
- 频谱感知技术是认知无线电技术里最关键和最具挑战性的技术-Spectrum sensing is a key technology in Cognitive Radio (CR). It provides the CR system with available vacant channels list by sensing the spectrum environment over a wide frequency band. However, local sensing by
pattern
- 模式识别里面的感知器算法,对地物分类,利用判别向量,实现判别函数-pattern recognition sensing class things
detection
- 认知无线电中频谱感知技术的两种频谱检测方法-Two kinds of spectrum detection methods of spectrum sensing technology in cognitive radio
ganzhiqi
- 感知器算法,用于感知器的计算，感知器指的是进行分类的线性判别函数，他们不需要考虑模式及的统计性质。-ganzhiqi duanfa
perceptron.tar
- 用c++写的感知器简单试验算法。欢迎下载使用-Written by c++ algorithm for sensor testing.
MMA14
- 压缩感知的几种重构算法比较的源代码 有OMP CoSaMP SP等 现有算法包括的比较全-Several compressed sensing reconstruction algorithm to compare the source code has OMP CoSaMP SP comparison of other existing algorithms, including full-
omp
- 压缩感知是新兴起来的一门重要学科，这里提供香港大学沙威最经典简单的一个框架。由小波先进行稀疏化，再用OMP算法进行修复重构。-Compressed sensing is a new up an important subject, here are the simplest classic Savit a framework. First carried out by the wavelet-based sparse, and then repair the OMP algorithm reco
compressingsapmling
- 该论文是华南理工大,赣南师范学院，中国科学院空间科学与应用研究中心一起编写的关于压缩感知理论的初步知识，供初学者参考-South China University of the paper is large, Gannan Normal University, Chinese Academy of Space Science and Applied Research Center, prepared by the preliminary knowledge of the theory of co
bpsk
- 基于能量检测的频谱感知.由于实际信道中的多径和阴影效应，单个认知用户频谱感知的性能受到影响，因此需要靠不同用户间的协同频谱感知来对抗多径和阴影效应。本设计要求在文中采用一种协作机制，即两用户进行协作频谱感知，提高主用户的检测率，减少检测时间，并且得到捷变增益。要求给出仿真结果。-spectrum sensing in cognitive radio based on energy detection.As the channels in diameter and shadow, not a si
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
SpectrumSensingandReconstructionfor
- 认知无线电中的频谱感知技术 用labview来实现 感知环境的测试-Spectrum sensing of cognitive radio technology to achieve the perception of the environment with labview test
cs1
- 简明地介绍了压缩感知的理论，并对当前的无线通信系统进行分析，说明了将压缩感知应用于信道估计的可行性，以及如何将此理论应用于信道估计中。-Concise introduction to the theory of compressed sensing, and current wireless communication systems analysis, describes the channel estimation used in compressed sensing feasibility
CS
- 关于压缩感知重构算法， 压缩感知（Compressive Sensing, or Compressed Sampling，简称CS），是近几年流行起来的一个介于数学和信息科学的新方向，由Candes、Terres Tao等人提出，挑战传统的采样编码技术，即Nyquist采样定理。-Reconstruction algorithm on compressed sensing, compressive sensing (Compressive Sensing, or Compressed Sampl
bcs_vb
- 贝叶斯压缩感知 bayesian compressed sensing(bayesian compressed sensing)
YALL1
- 利用ADMM算法进行压缩感知重建，内部含有多个版本(Using ADMM algorithm for compressed sensing reconstruction, the internal contains multiple versions)
TVAL3_v1.0
- 压缩感知成像，基于稀疏表达,一种常用成熟的TVAL3压缩感知算法(the single pixel camera, compressive sensing, TVAL3)
bcs-spl-1.5-1
- 实现图像分块压缩感知，实现了多种稀疏基下的压缩感知，包含CT、DCT、DDWT、DWT等(Realize the image compression sense, and realize a variety of sparse base compressed sensing, including CT, DCT, DDWT, DWT and so on)
pdsnr_time
- 频谱感知算法用于频谱空洞检测，改变检验统计量同时减少检测环境的限制，使其更接近真实检测环境，提高检测准确性，从而提高检测性能(Spectrum sensing algorithm is used to detect the spectrum holes, change the test statistics, and reduce the detection environment constraints, so that it can be closer to the real detecti