U-Net脑肿瘤分割 :rocket: ：2019年2月此仓库中的数据处理实现不是最快的方式（代码需要更新，欢迎您提供），您可以改用TensorFlow数据集API。 此仓库向您展示了如何训练U-Net进行脑肿瘤分割。 默认情况下，您需要下载数据集的训练集，该训练集具有210 HGG和75 LGG卷，并将data文件夹与所有脚本一起放置。 data -- Brats17TrainingData -- train_dev_all model.py train.py ... 关于数据 请注意，根据许可证，用户必须从BRAST应用数据集，请不要与我联系以获取数据集。 非常感谢。 图1：大脑图像

Microsoft Windows Imaging Component，Windows XP2英文版安装 .net framework 4.0时会需要此组件，组件的具体含义可自行百度

This is the first Digital Imaging and Communications in Medicine (DICOM) book to introduce this complex imaging standard from a very practical point of view. It is aimed at a broad audience of radiologists, clinical administrators, information technologists, and digital medicine practitioners. It provides a gradual, down-to-earth introduction to DICOM and is accompanied by an analysis of the most common pitfalls and problems associated with its implementation. Whether you are running a teleradiology project or writing DICOM software, this book is for you; it will prepare you for any DICOM project or problem solving and will help you to take full advantage of this powerful tool.

Polarization imaging （ 偏振成像 ）国外的偏振成像文献，比较系统的介绍了偏振成像的原理，方法，意义等等，大家可以参考参考。

The Evolution of CMOS Imaging Technology

This paper reports a detection method of two-dimensional (2D) enhancement and three-dimensional (3D) reconstruction for subtle traces with reflectance transformation imaging, which can effectively locate the trace area of interest and extract the normal data of this area directly. In millimeter- and micron-scale traces, during 3D construction, we presented a method of data screening, conversion, and amplification, which can successfully suppress noise, improve surface and edge quality, and enhan

matlab自己编写的polar format algorithm for synthetic aperture radar

A static-mode synthetic aperture imaging ladar (SAIL) in which the target and carrying platform are kept still during the collection process is proposed and demonstrated. A target point of 0.5 mm \times 0.5 mm and a two-dimensional (2D) object are reconstructed in the experiments, in which an optical collimator with a focal length of 10 m is used to simulate the far-field condition. The achieved imaging resolution is in agreement with the theoretical design. The static-mode down-looking SAIL has

红外成像仿真在军事和民用领域都具有广阔的应用潜力，已广泛应用于目标检测与识别，传感器性能评估，军事训练等方面。本文提出了一种实时的飞机红外成像仿真平台，可以完成一个完整的任务。飞机的红外成像仿真程序。 基于GPU和Cg编程语言，从四个方面来计算飞机的红外辐射实时物理模型，包括温度模型，零距离红外辐射模型，大气传递模型和红外成像系统效果模型。 介绍了CFD有限元计算方法的思想，以实时求解飞机表面温度场。 将3D几何模型的每个顶点视为一个计算对象，并使用GPU的顶点着色器进行处理。 并且MODTRAN集成为一个外部模块，用于模拟大气传递效果。 采用OGRE图形引擎实现3D场景组织和图像渲染。 对仿真结果的分析表明，该平台可以动态，高效地实时生成随仿真参数不同而变化的飞机的真实红外图像。

A method of chromatic polarization imaging is presented for the online detection of colorless plastic contaminants from ginned cotton in an industrial setting. To understand the experimental results, we consider a realistic microscopic model, including the multiple scattering of anisotropic fibers a