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An.Image.Mosaic.Algorithm.Based.on.Matching.Shape.
- 提 出了一种基于形状模板 匹配的图像 自动拼接 方法。提取 图像 的角点作 为特 征点，利用归一化梯度模板对 其进行预 匹配．然后 利用形状模板在 四个方 向对模板 内图像的边缘 点与模板边界的最短距 离进行统计 ，获取模板 图像的 结构特征向量以实现对特征点的精确匹配。实验结果表明该算法具有较好的实用价值。 -A shape-based template matching method of image auto-splicing. Extract image feature po
image-dehazing-based-on-opencv
- Kaiming He, Jian Sun, Xiaoou Tang. Single Image Haze Removal Using Dark Channel Prior 大致内容是提出了一个叫做暗原色先验的东西来对有雾图像进行处理，十分巧妙，有兴趣者可以看看。这里使用OpenCV实现文中的去雾算法，然而论文提到的soft matting未在本程序中实现。 -This is a source code of paperKaiming He, Jian Sun, Xiaoou Tang
Image-Edge-Detection-Using-Ant-Colony-Optimization
- This a demo program of image edge detection using ant colony, based on the paper, "An Ant Colony Optimization Algorithm For Image Edge Detection," 基于蚁群算法的图像边缘检测。IEEE于2008收录的文章.有matlab源程序和“An Ant Colony Optimization Algorithm For Image Edge Detectio
Image-Segmentation
- 一个基于图形的高效图像分割算法，包括论文及相应的源代码。-This paper addresses the problem of segmenting an image into regions. We define a predicate for measuring the evidence for a boundary between two regions using a graph-based representation of the image. We then develo
Wallpapers-based-on-mean-shift
- 本程序首先把图像由RGB空间转到HSI空间，然后利用彩色图像分割策略以及meanshift算法对图像进行分割最后加入边界合成。其中‘keyprogram.m’文件为主程序，‘meanshift.m’文件为调用函数，实现数据的聚类分割。-The program first the image from the RGB space to HSI space and then using color image segmentation strategy and meanshift image seg
Research-of-Image-Compression-Based-on-Wavelet-Tra
- 基于小波变换的图像压缩技术研究，Research-of-Image-Compression-Based-on-Wavelet-Transform-Based on Wavelet Transform Image Compression Technology Research, Research-of-Image-Compression-Based-on-Wavelet-Transform
coolcode_src
- 基于图像头文件的图像分类算法，对图像检索（image retrieval）有帮助，可以过滤掉大部分不相干的图像！-The first image-based document image classification algorithm, for image retrieval (image retrieval) will help, you can filter out most irrelevant images!
Study.on.License.Plate.Segmentation.Based.on.Color
- 智能运输系统中车牌识别技术得到了广泛应用 , 车牌分割是车牌识别的重要部分。基于彩色图像车牌分割与采用灰度图像车牌分割相比 , 可以有效消除阴影影响 , 同时车牌颜色也是车牌识别的一个参数。颜色分类处理使用特征函数 , 可以减少颜色坐标转换运算 , 提高颜色分类速度。文中详细讨论中国车牌特征 , 给出车牌分割详细步骤。车牌 区域判别采用信息融合技术。车牌倾斜矫正结合车牌倾斜特点 , 提出快速算法。-Intelligent Transport System in the license pla
TwoDShape
- 基于OpenGL的图像绘制框架初始化源码及简单图形绘制-Image-based rendering framework for OpenGL initialization source code and simple graphics rendering
image-detect
- 基于图像处理的相机自动调焦系统！可以自动调整图像的大小跟分辨率-Based on image processing camera automatic focusing system! Can automatically adjust the image size with the resolution
pingjie
- 基于图像的绘制技术不仅可以弥补传统基于几何绘制技术的不足,而且能给出更丰富的图像显示. 文中从实际应用出发,提出并实现了图像拼接新算法,并在此基础上,利用OpenGL的纹理映射技术,将全景 图像作为纹理图像映射到由OpenGL预先构造出的虚拟视点空间上,并实现了虚拟场景的全景漫游.-Image-based rendering technology not only can make up for the traditional geometry-based rendering techn
BayesWaveletDenoise
- 上传的算法是基于贝叶斯(BAYES)阈值的小波(WAVELET)图像去噪算法-From the algorithm is based on Bayesian (BAYES) wavelet threshold (WAVELET) image denoising algorithm
code
- 實作這篇paper: Feature-Based Image Metamorphosis, SIGGRAPH 1992 輸入較多的feature line,可使morphing效果更佳-Implementation of this paper: Feature-Based Image Metamorphosis, SIGGRAPH 1992 the importation of more feature line, will enable better morphing
Image
- 博士论文：图像特征提取、匹配和新视点图像生成技术研究 关键词：基于图像的绘制；虚拟现实；新视点图像生成；宽基线图像匹配；仿射不变量 直线段匹配；立体视觉-Dissertation: Image feature extraction, matching and the new viewpoint image generation technology Keywords: image-based rendering virtual reality new viewpoint image
depth-image-based-rendering
- 深度图的视点绘制，可以通过它绘制视点，挺有用的，大家可以参考一下-Depth Image Based Stereoscopic View Rendering
Image-based-rendering-n
- Image-based rendering by joint view triangulation
two-dimensional-image-based-fft
- 基于matlab的二维图像的fft实现。-Realization of two-dimensional image based on matlab fft
Using-Wavelet-Texture-Analysis-in-Image-Based
- Using Wavelet Texture Analysis in Image-Based
opencv-show-image-based-on-MFC
- 基于MFC实现opencv图像显示、灰度化、旋转、边缘检测和缩放功能-Opencv display, gray, rotate, edge detection and zoom image based on the MFC
Depth-Image-Representation-for-Image-Based-Render
- Conventional approaches to render a scene require geometric descr iption such as polygonal meshes, etc and appearance descr iptions such as lights and material properties. To render high quality images such descr iptions, we require very accurat