搜索资源列表
solvevisualidentificationphase
- 采用图像相位信息作为立体匹配基元，同时具有区域相关法的定位精度高，恢复视差密度大和特征匹配法的实现速度快等优点-Using image phase information as a stereo matching primitives, while the regional correlation with high positioning accuracy, recovery and characteristics of dense disparity matching method to a
MethodofExtensioninterferogram
- 用二维快速傅立叶变化方法处理干涉图时，由于采样的数据序列长度必须是2的n次，故须将干涉图的数据范围圆形域延拓成矩形区域，文中提出了一种基于块重建算法的干涉图延拓的原理和方法，利用该方法对一幅实际干涉图进行了延拓，结果表明，该原理方法具有较高的处理精度，为波面相位复原奠定了基础。-Two-dimensional fast Fourier transform method for interferogram processing, due to the sampling of the data se
Gupta_CVPR12
- CVPR2012_oral Micro Phase Shifting-We consider the problem of shape recovery for real world scenes, where a variety of global illumination (in- terreflections, subsurface scattering, etc.) and illumi- nation defocus effects are present. These
pr-of-oss
- 相干衍射成像中的过采样平滑恢复算法（相位恢复算法的一种优化）-Coherent diffraction imaging oversampling smooth recovery algorithm (an optimization phase recovery algorithm)
iterative-Fourier-algorithm
- 关于利用迭代傅里叶转换算法来处理图像相位的恢复问题的一个程序。-About iterative Fourier transform algorithm is used to dealing with image recovery phase of a program.
GS-algorithm
- Gerchberg-Saxton算法实现对图像相位的恢复，输入两张图片其中一张作为目标振幅。是对GS算法很好理解的一个程序。-Gerchberg- Saxton, algorithm of image recovery phase, one input two pictures as the target of amplitude.Is a program of GS algorithm is easy to understand.
HIO-algorithm
- 使用HIO算法实图像现相位恢复，包含源代码，简单实用，适于初学者学习。-HIO algorithm using real image recovery phase now, including source code, simple and practical, suitable for beginners to learn.
random
- ROBUST L1鲁棒L1的相位恢复基于卫星图片 随机-Robust ROBUST L1 L1 phase of recovery based on satellite images of random
satellite2
- 初始值为随机 鲁棒L1相位恢复 卫星图片 压缩感知-The initial phase of the recovery is robust stochastic L1 satellite imagesCompressed Sensing
daima
- 光学系统中的相位恢复，用的是迭代方法，适用于新手，希望大家参考-Optical system phase recovery, using the iterative method for novice, we hope that the reference
x2o
- 混合输入输出相位恢复算法的小程序，入门学习(HIO phase recovery algorithm small program, learning portal)
Matlab 梳状滤波器程序
- 心电图(ECG)是临床上诊断心血管疾病的重要方法。 数字滤波作为数字信号处理技术的重要组成部分，广泛应用于诸如信号分离、恢复、整形等多种场合中。为了使信号不失真及在可编程逻辑器件中容易实现，采用具有严格线性相位特性的FIR滤波器进行低通滤波（0-150Hz），用整系数梳状滤波器来去工频干扰及基线漂移,从而达到对心电信号进行预处理的目的。(Electrocardiogram (ECG) is an important method for clinical diagnosis of cardio
Desktop
- 使用HIO算法实图像现相位恢复，包含源代码，简单实用。(HIO algorithm real image phase recovery, including source code, simple and practical.)
test_GS
- 标准GS相位恢复算法，利用傅里叶变换与反变换进行逼近，直至收敛，误差下降算法。(Standard GS phase recovery algorithm, using Fourier transform and inverse transform approximation, until convergence, error reduction algorithm.)
同轴重建（无需相移）2
- 输入全息图和背景，对其进行相位恢复迭代算法(Phase Recovery Algorithms)
GS
- 用于相位恢复基于FRENUP,LALALALLALA(FRENUP-based Phase Recovery)