资源列表
FISTA_REC
- 图像重建的软阈值方法，包含有TV，student 等约束。(The soft thresholding method of image reconstruction includes TV, student and other constraints.)
16biT-RawTo-8bit-Bmp
- 实现16位raw图像转换为8位bmp,代码可用-this code can realize transform 16bit raw image to 8bit bmp image , it can work well
Sobel
- 基于opencv和vs2010的Sobel算法的实现，用于检测图像的边缘-Opencv and vs2010 achieve the Sobel algorithm for edge detection image
image_enhance.rar
- 一个图像增强的实例，包含光照补偿，实时图像增强，直方图均衡,An example of image enhancement, including the lighting of compensation, real-time image enhancement, histogram equalization
Three-Camera_530-1
- 基于是vs2010+opencv 2.4.9写的读取多个摄像头的程序。线程读取多个摄像头，并保存图片到本地(Based on vs2010+opencv 2.4.9 written to read more than one camera program. Threads read multiple cameras and save pictures to local)
automatic-cloud-detection
- 遥感图像的云层自动识别，内有文档和算法流程和实验数据，可以直接使用。-Clouds automatic identification of remote sensing images, documents and algorithm processes and experimental data can be used directly.
Ransac
- 对两幅图像提取到的SIFT特征匹配后进行匹配优化。平台是Visual Studio 2013-Match the SIFT feature that is extracted the two images and match the optimization. The platform is Visual Studio 2013
GPU-Gems-2
- 《GPU精粹2》的主编是NVIDIA公司的软件工程师Matt Pharr。Matt也是Physically Based Rendering：From Theory to Implementation（Morgan Kaufmann,2004）一书的合著者之一。“GPU精粹”系列编辑是Randima Fernando。Randy 主编了“GPU精粹”的第1卷（Addison-Wesley,2004），而且是The Cg Tutorial(Addiosn-Wesley,2003)的合著者，其论文“A
reconstruction-and-scene-analysis
- 主要是介绍三维重建技术和足球视频场景分析，对于学习足球场景分析和重建技术有着重要的帮助-Mainly is the introduction of 3 d reconstruction technique and football video scene analysis, to learn football scene analysis and reconstruction technique has the important help
simulateWave
- 计算机视觉小作业，粒子系统，模拟水波，产生金鱼在水中的效果-Computer vision operations, particle systems, simulation of water waves, resulting in the effect of the goldfish in the water
GlSl-OpenGLShadingLanguageAndresources
- 没什么好说的，shader一般没人上传，我就上传个吧，为了opengl的各种阶段的学习 源码-no execuse ,the opengl shading language for every one who learn the glsl resources
基于opencv的绝缘子及其等电位线故障状态智能识别
- 识别复杂背景下的绝缘子，提取绝缘子，放射投影后对绝缘子进行故障检测。(To identify the insulator in the complex background, the insulator is extracted and the insulator is detected after the projection.)