Imaging FCS 1.52是一个基本的ImageJ插件，可以从16位灰色tiff堆栈文件计算和查看时空相关函数。 它是根据FIJI（ImageJ 1.51f; Java 1.8.0_102）编写的，需要Imagescience进行统计（模拟器），并需要Apache Poi进行文件读写。 这里也提供了有关软件的详细信息。 ImagingFCS 1.52试图提供一个全面的软件工具来计算和评估时空相关函数。 它包括针对图像中任意像素合并和感兴趣区域的所有自相关或互相关函数的计算，为基于全内反射荧光（TIRF）和基于单平面照明显微镜（SPIM）的FCS测量提供拟合函数，可以计算FCS扩散定律，并包含一个基本的模拟器，可为不同的扩散模式创建模拟数据。 ImagingFCS在ImageJ，FIJI和Micromanager下运行，并且既可以在PC上也可以在Mac OS上运行。 在下文中，

2018年出版的HDR领域经典教材，全面介绍了HDR的原理、算法和应用，以及matlab中的HDR工具箱的使用。

Introduction: radar electronic backscattering; radar signals; radar ambiguity function and matched filter; synthetic aperture radar imaging. Time-frequency transforms: linear transforms; bilinear transforms. Detection and extraction of signal noise: time-varying frequency filtering; SNR improvement in time-frequency domain; CFAR detection in joint time-frequency domain; signal extraction in joint time-frequency domain. Time-frequency analysis of radar range profiles: electromagnetic phenomenology embedded in backscattered data; time-frequency representation of range profiles; application of high-resolution time-frequency techniques to scattering data; extraction of dispersive scattering features from radar imagery using time-frequency processing. Time-frequency based image formation: radar imaging of moving targets; motion compensation; time-frequency based image formation; radar imaging of manoeuvring targets; radar imaging of multiple targets. Motion compensation in inverse synthetic aperture radar imaging using time-frequency techniques: motion compensation algorithms; time-frequency based motion compensation; motion compensation examples of simulated and measured data; presence of three-dimensional target motion. Synthetic aperture radar imaging of moving target: radar signatures of moving targets; effect of target motion on SAR imaging; detection and imaging of moving targets; SAR imaging of moving targets using time-frequency transforms. Time-frequency transform for analysis of micro-doppler phenomena: vibration induced micro-doppler; rotation induced micro-doppler; examples. Trends in time-frequency transforms for radar applications

ISSCC2021_Session_34V_Emerging Imaging Solutions.pdf

数字成像经典书，自购收藏。 Teaches the key elements of the end-to-end imaging chain for digital camera systems and describes how elements of the imaging chain are mathematically modeled using the basics of linear systems mathematics and Fourier transforms. The emphasis is on general digital cameras designed to image incoherent light in the visible imaging spectrum

Imaging_sequence_data GAF（GASF，GADF），MTF的源代码 方法的测试演示：GASF，MTF，递归图，STFT

本书从介绍了成像、拓扑和波场逆的信号处理数学本质，使得我们可以站在更高的角度来重新审视信号处理的基本原理

合成孔径雷达（SAR）距离多普勒（RD）成像算法Matlab仿真程序。

一本经典的介绍高动态范围的图书，英文版 High dynamic range imaging is an emerging field, and for good reasons. You are either already convinced about that, or we hope to convince you with this book. At the same time, research in this area is an amazing amount of fun, and we hope that some of that shines through as well.

CamCast计算机实验室映像（CCCLI）最初是由Camosun学院（加拿大维多利亚省）的IT人员开发的，该系统使用Microsoft虚拟硬盘（VHD）技术将驱动器映像快速克隆到多个目标客户端，同时使用这些目标。 它的预期用途是Windows部署服务（WDS）的补充。 可以通过BitTorrent，多播或直接单播来部署VHD。 BIT部署可能会在将来的版本中实现。 开发该系统是为了简化学生计算机实验室的管理。 它替代了诸如Symantec Ghost（tm）之类的其他图像广播产品。 CCCLI是卡莫森学院目前正在使用的功能系统。 目前，它大约是Alpha的中后期。 它可以工作，但是它是特定于站点的，没有安装程序，配置和使用都非常技术性，并且代码库需要完全重写。 通过基于服务器的PowerShell脚本进行管理。 还没有GUI。