▍1. fdk_c
FDK的C++代码,对于图像重建的人来说有用的哦(FDK s C++ code for image reconstruction for people who useful )
FDK的C++代码,对于图像重建的人来说有用的哦(FDK s C++ code for image reconstruction for people who useful )
文本数字水印技术极富挑战性. 首先简述了文本的分 类 然后介绍了文本数字水印技术领域的主要研究成果和最新进展,包括基于文档结构、自然语言 处理技术和传统图像水印技术三类方法 从容量,鲁棒性,技术基础等方面比较了现有成果,分析了 各类方法的主要优缺点 最后在总结现有成果的基础上展望了文本数字水印技术的前景,指出了该 技术未来可能的研究重点以及待改进和研究的方向.(Text digital watermarking technology challenging, first outlined text points Class then presents the main findings and the latest developments in the field of text digital watermarking technology, including those based on document structure, natural language Processing technology and traditional method of image watermarking technology categories from the capacity, robustness, technology infrastructure and other aspects of the existing comparative results analyzed The main advantages and disadvantages of various types of methods finally summarize the results on the basis of the existing prospect foreground text digital watermarking technology, pointed out that Technology and possible future research priorities for improvement and research directions.)
用斯托克斯矢量法,计算偏振度图像和偏振角图像,方便进一步处理。(Degree of polarization and angle of polarization calculating)
简单的灰度图像的K均值聚类分割,Matlab实现(gray image segmentation using K-means clustering by matlab.)
数字图像处理的入门介绍和一些函数、原理的使用,比较适合初学者使用(Introduction to digital image processing and some of the functions, the use of the principle, more suitable for beginners)
快速双边滤波器,对双边滤波器进行的改进,可以使用,对写论文的同学会有些帮助,可以参考看一下。(Rapid bilateral filter, to the improvement of bilateral filter, can be used, to write a paper of homecoming some help, you can refer to see.)
document about computer vision - image processing
document about computer vision - image processing
由于前台开发人员经常需要通过RGB值指定各种各样的颜色,而通过这几个图片就可以马上找到某个颜色的RGB值,从而更快地编写网页(Foreground developers often need a variety of colors through RGB values specified by these pictures can immediately find the RGB value of a color, so to write Web pages faster)
小波消噪 私家珍藏,互联网上其他地方是找不到的(Wavelet Denoising)
说明: 基于gabor和chirp原子的匹配追踪算法论文简介!共同进步 又更多需要可以加610521482!(Comparing gaussian and chirplet dictionary.Matching pursuit method!)