Ptychography master

说明：  Fourier Ptychography是一种首先开发用于显微镜的成像技术。该技术首先收集感兴趣的显微样品的一系列图像。从相干光源（通常从LED阵列）以不同的照明角度获取每个图像。然后，使用迭代相位检索算法将获取的图像集组合为最终的高分辨率图像，该图像可以包含多达十亿个像素（千兆像素）。该技术还提供了非干涉相位图像和近波长衍射极限分辨率。(Fourier Ptychography is an imaging technique first developed for use in microscopes. The technique first collects a series of images of a microscopic sample of interest. Each image is acquired under a different angle of illumination from a coherent light source (typically from an array of LEDs). The acquired image set is then combined using an iterative phase retrieval algorithm into a final high-resolution image that can contain up to a billion pixels (a gigapixel). The technique also provides a non-interferometric phase image and near wavelength diffraction-limited resolution.)

Ptychography-master, 0 , 2019-04-06
Ptychography-master\DM.m, 10563 , 2019-04-06
Ptychography-master\DM1.m, 11857 , 2019-04-06
Ptychography-master\DR.m, 16271 , 2019-04-06
Ptychography-master\DR7.m, 14483 , 2019-04-06
Ptychography-master\DR7b.m, 14329 , 2019-04-06
Ptychography-master\DR_broadband.m, 21084 , 2019-04-06
Ptychography-master\DR_broadband_probe.m, 24251 , 2019-04-06
Ptychography-master\DRb.m, 17114 , 2019-04-06
Ptychography-master\RAAR_broadband.m, 19975 , 2019-04-06
Ptychography-master\ePIE.m, 14771 , 2019-04-06
Ptychography-master\ePIE_DR_broadband.m, 18249 , 2019-04-06
Ptychography-master\ePIE_broadband.m, 19062 , 2019-04-06
Ptychography-master\ePIE_broadband_probe.m, 23135 , 2019-04-06
Ptychography-master\ePIE_broadband_probe2.m, 27342 , 2019-04-06
Ptychography-master\ePIE_broadband_probe3.m, 27595 , 2019-04-06
Ptychography-master\ePIE_global_broadband.m, 18883 , 2019-04-06
Ptychography-master\main_USAF.m, 1353 , 2019-04-06
Ptychography-master\rDR_broadband.m, 20051 , 2019-04-06
Ptychography-master\rPIE.m, 14503 , 2019-04-06