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SIFT算法的C语言实现(基于OpenCV),
- SIFT算法的C语言实现(基于OpenCV),金字塔采样和高斯差分提取特征点,K-D树寻找同名点,RANSAC去粗差
sift-1.1.1_20071108_win
- Rob Hess的SIFT算法的C语言实现(基于OpenCV),金字塔采样和高斯差分提取特征点,K-D树寻找同名点,RANSAC去粗差-Rob Hess of the SIFT algorithm C language (based on OpenCV), sampling and Gaussian pyramid differential extraction of feature points, KD tree search for
sift_robhess
- Rob Hess Linux下的SIFT提取源码,金字塔采样和高斯差分提取特征点,KD树搜索寻找同名点,RANSAC去粗差-Rob Hess Linux source code under the SIFT extraction, sampling and Gaussian pyramid differential extraction of feature points, KD tree search to find the same
Laplace-Gaussian-Pyramid
- 这包括代码为“扩展”和“减少”程序,对高斯图像金字塔,探讨了作为一个紧凑的拉普拉斯金字塔图像编码”-伯特和Adelson,1983年。 重要的应用同样的包括运动估计精度等。-This contains the code for the Expand and Reduce routines for Gaussian image pyramids, as discussed in the Paper- "
pyramid
- 金字塔算法,高斯分解的MATLAB算法源码-gaussian decomposion
Edge
- 使用C#实现图像边缘提取和检测的各种算子,包括模板算子,高斯算子,Canny算子,灰度形态学,小波变换和金字塔更等,算法完善,界面简洁,功能强大。-Use C# Image Edge Extraction and detection of various operators, including the template operator, Gaussian operator, Canny operator, gray morpholo
sift-0.9.18-bin.tar
- SIFT算法的matlab实现,包含高斯差金字塔的生成源代码,特征字的描述-SIFT algorithm matlab implementation
edge-detection
- 本内容是图像处理中边缘检测的程序,包括了金字塔算法,小波变换,形态学,高斯算子,模版算子,canny算子-The content is image processing of edge detection program, including the pyramids algorithm, wavelet transform, morphology, gaussian operator, templates operator, cann
GPEXPAND-and-GPREDUCE
- 图像的高斯与拉普拉斯金字塔分解,两种方法都有-Image gaussian and Laplacian pyramid decomposition, there has two kinds of method
EDGE
- 图像处理: 打开图片 可实现边缘检测 基于 模板算子法,高斯算子 canny算子,小波变换,金字塔,灰度形态学 实现边缘检测-Image processing: Open the image edge detection can be realized Edge detection based the template operator method, Gaussian operator canny operator,
My_DifferentGaussPyramidImage
- 基于Matlab的高斯差分金字塔图像产生程序,可直接输入一副图像,调用此函数就可以得到你所想要的所有金字塔图像。-Based on Matlab Difference of Gaussian pyramid image generation process can be directly input an image, calling this function you can get what you want all the pyr
sift-based-on-edge-corner
- SIFT 由特征提取,特征描述符描述和特征匹配 3 部分构成,该算子特征提取数目庞大,建立特征描述符运算 量高,导致算法效率低。提出了一种 SEC( SIFT-Edge-Corner) 算法,在图像尺度空间提取角点代替 SIFT 特征点,并根 据角点是边缘曲率极值理论,预先采用 Canny 算子得到高斯边缘图像金字塔,再提取角点并进行尺度选择。实验结 果表明: 该算法在保障高准确率的前提下大幅度提高特征提取效率-By th
gaosilvbojinzita
- 本程序对图像进行高斯滤波得到不同尺度的图像,类似于金字塔。-This program Gaussian filtering of images obtained at different scales of image, similar to a pyramid.
edge
- 使用各种模板,如canny算子,高斯算子sobel算子等各种算子以及小波和金字塔的方法检测图像中的各种边缘-Use a variety of templates, such as canny operator, Gaussian operator sobel operator and other operators as well as various wavelet edge detection methods and the pyr
image-size-zoom
- opencv图像金字塔:高斯金字塔,拉普拉斯金字塔与图像尺寸缩放,在vs2010环境下实现-Opencv image pyramid: Gaussian pyramid, Laplacian pyramid with image size zoom
gaussian
- 高斯函数 高斯滤波器 高斯金字塔代码 用于sift算法中,仅供参考-Gaussian function Gaussian filter Gaussian pyramid code
图像融合
- 先进行高斯金字塔分层,在拉普拉斯分解,最终将两幅局部有模糊的图像进行融合,最后显示清晰图像。(First Gaussian pyramid stratification, in Laplace decomposition, the final two local fuzzy image fusion, and finally show a clear image.)
guass_jinzita
- 显著性LTTI高斯金字塔的意义,希望能帮助大家学习。(Significance of the significance of LTTI Gauss Pyramid, hoping to help you learn.)
视觉注意加特征程序
- Itti模型中添加特征的程序,添加了全局对比度特征、一致性特征等(matlab code for adding features to Itti model)
Desktop
- 图像金字塔分解与图像金字塔重构matlab 程序,实现图像多尺度变换,对图像进行增强(Image pyramid decomposition and reconstruction of image pyramid matlab program,achieveing image enhancement)