资源列表
digitalimageprocess
- 很好的图像处理c++源代码,常用的方法都有,而且写的很规范,利用率很高哦!-Very good image processing c++ source code, both commonly used method, but the very norms of Writing, the utilization of high Oh!
boostedparticefilter
- BPF 基于boosted的粒子滤波 基于boosted的粒子滤波,用于冰球的跟踪 -BPF boosted particle filter be used to tracking ice hackey。
ThinPlateSpline_MatlabCode
- thin plate spline(薄板样条)模型,将已知图像通过非刚性变换得到所需要的图像,在图像配准中非常有用。-thin plate spline (thin plate spline) model, will be known through non-rigid image transformation to be necessary by the images of image registration in very useful.
bpfforpaperandvedio
- 运行 boosted particle filter matlab源码的参考文献以及所需要的视频数据。- the matlab code operating of boosted particle filter is referred to paper and video。
112213
- 本文首先就传统的边缘检测算子(即一阶算子 Roberts 算子、Sobel 算子、Prewit 算子、二阶算子 Kirsch 算子、Robinson 算子和 LOG 算子)和新兴的边缘检测算子(即 Canny 算子和小波边缘检测方法)的思想和性质进行了理论和探讨,同时给 出了这些边缘检测算子的实验结果,提出了其中的不足。-In this paper, the conventional edge detection operator (that is, the first-order op
539865_1228370035
- 这是一个人脸自动识别的程序 可以很好 很准确的对人脸进行识别 准确 高效-This is a face recognition process can be very accurate identification of people face an accurate and efficient
MosaicKit
- 实现两幅图像的半自动刚性匹配,程序运行后在弹出的两幅图像上各选两个点(相互对应),而后得到匹配图像。-Implementation of semi-rigid two images match, the program running at the two images pop up two points each (corresponding to each other), and then match the images obtained.
GPU-rendering
- 通过对中国水墨画特点的深入观察分析,调查当前非真实感图形学 技术发展以及深入了解了当前图形处理硬件的相关知识后,本论文提出 了利用可编程图形处理硬件将三维模型实时转换为水墨画效果非真实感 图形的渲染方法,并做了多种水墨风格的研究以及泼墨动画和关键帧动 画的研究。 -Chinese ink painting through observation of the characteristics of in-depth analysis, investigate the curre
sift
- 利用sift算法提取图像特征点,为进一步实现图像间的匹配做准备。-Sift algorithm using image feature extraction point for the further implementation of the matching between images ready to do.
map
- edushi的论坛插件,可以方便的修改,载入论坛-edushi bbs map
mfc_opengl
- 利用MFC开发的OpenGL开发包,不包含图示-MFC Development using OpenGL Development Kit, do not contain icon
00
- 用于图像放大缩小功能 比较简单的程序代码-Zoom function for the image of the program code is relatively simple
