搜索资源列表
ImageMatching
- 使用matlab对两幅图像进行匹配，效果很好，值得参考！-Using matlab to match two images of the good results, it is also useful!
sift
- 基于SFIT算法的图像处理程序，可以实现一幅图像的特征检测和显示检测结果，同时可以实现两幅图像之间的配准，并接配准后进行拼接，以便用于图像融合使用。-SFIT algorithm based on image processing program, can achieve an image feature detection and display test results, and can achieve the registration between two images and then
IMGReg
- 图像配准是对取自不同时间,不同传感器或者 不同视解的同一场景的两幅图像或者多幅图像匹配的过程,它被子广泛应用在遥感图像/三维重构/机器人视觉等领域.下面是利用VC++来实现图像的配准源程序.-Image registration is a different time from different sensors or different solutions of the same scene as the two images or multiple image matching proces
65520788FINAL
- 本资源能够实现两幅图像的拼接，并基于VC++开发环境下，可进行二次开发-The resources can be achieved splicing two images and is based on the VC++ Development environment, it can conduct secondary development
imagemosic
- 针对基于图像特征点的配准方法中对应特征对难以准确提取的问题,提出一种基于兴趣 点匹配的图像自动拼接方法。该方法首先利用Harris角检测器提取两幅图像中的兴趣点,并在此基 础上采用比较最大值法提取出对应兴趣点特征对,最后利用这些匹配特征对来实现图像的拼接。实 验结果表明,这种方法能有效地去除伪匹配特征对的干扰,同时降低了误匹配的概率-Feature points for image-based registration method of the corresponding char
117143191sift-1.1.1_20070330_win
- VC实现的两幅图像的配准的程序的源代码。采用常用的相似性测度法作为主要算法-VC achieved two Images of the program s source code. Similar to the use of commonly used measure of law as the main algorithm
Raw
- 本程序能够实现RAW文件和BMP图像的均衡化处理，RAW文件转化为BMP，图像缩放（最近邻差值方式、双线性插值、三次B样条插值），两幅图像的相似度比较-This procedure can be achieved RAW image files and BMP balanced treatment, RAW files into BMP, image scaling (the margin nearest neighbor approach, bilinear interpolation, th
MatlabFFT
- Matlab_基于FFT的图像配准 粗估算两幅图像之间的平移差，返回水平方向平移差到xtran，返回垂直方向平移差到ytran 用在图像配准中的粗匹配中，对噪声、图像中物体发生运动等极为鲁棒！-FFT-based Matlab_ Image Registration rough estimate of the translation between two images, poor, poor translation to return to the horizontal direct
disp_fig
- 采用通过提取图像的边缘特征对两幅图像配准，并采用双线性插值算法来提高配准精度。用于两幅图像间变化不大的配准。-Adopted through the extraction of image edge characteristics of two image registration, using bilinear interpolation algorithm to improve registration accuracy. Between two images for little chan
wavefusionagrithom
- 小波融合算法，提供了一个实现两幅图像融合的小波算法-wave fusion agrithom
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- 计算两幅图像的SNR信噪比的源代码MATLAB版-Calculation of two images PSNR peak signal to noise ratio of the source code version of MATLAB
efficient_registration
- 利用傅里叶变换，在频域上对两幅图像配准，是一种比较配准的新方法，但是对弹性配准的效果不是很好 需要进一步的研究。-Registers two images (2-D rigid translation) within a fraction of a pixel specified by the user. Instead of computing a zero-padded FFT (fast Fourier transform), this code uses selective upsamp
IMGReg
- 基于VC++实现基于特征的图像配准,并将两幅图像拼接,合成一幅图像.-VC++ implementation based on Feature-based image registration, and two image mosaic, composite image.
XBPJ_LRY
- 图像拼接技术,可实现垂直方向有相同列的左右两幅图像。图像拼接算法,对图像亮度等变化鲁棒性较强-Image mosaic technology, vertical column around the same two images. Image mosaic algorithm, such as changes in brightness of the image are highly robust
fm_gui_v2
- 基于傅立叶－梅林变换的matlab编写的配准系统，运行fm_gui.m后即出现演示界面，左侧的两个图形框选择待配准的两幅图像，图像可以进行缩放旋转变换。右侧的列表框"Window"下可以选择滤波窗，"Rotation"、"Scale"、"Log-polar"可分别选择旋转、缩放、以及对数极坐标变换所用的插值方法，按键"REGISTER"下的滑动 键可选备选的峰值点总数，点击"REGISTER"按键， 对应的下方图形框即显示配准后的两幅图像，最下方的"Translation"、"Rotat
imagefusion
- 图像融合处理，实现两幅图像小波变换后的图像融合操作-Image fusion processing, and two images after the wavelet transform image fusion operation
PIPEI
- 图像匹配是三维重建中的一个关键部分。在立体视觉中，为了得到空间一点的三维几何信息，需要从不同的视点方向获取的两幅(或者多幅)图像中正确找到这一个点在不同的图像中的投影点，这一个过程就叫做图像匹配(mIageMatchnig).所以图像匹配是立体视觉系统的核心，也是实现图像理解的基础。 。 -Three-dimensional reconstruction of the image matching is a key part of. In stereo vision, in order
WaveletImageFusion
- 该程序是用小波的方法对两幅图像进行融合。在低频系数对小波系数采用基于区域方差的加权融合方法处理,高频系数采用基于像素点小波系数绝对值取大的规则进行融合。该方法避免了图像融合过程中因平均化而出现的模糊现象, 融合后的图像内容更加清晰, 更容易识别。-The program realized to fuse two images by the method of wavelet. In the low-frequency coefficients of the wavelet coefficient
mosaic
- 实现两幅图像简单的拼接，对图像拼接还好，实时拼接效果一般。-Two images to achieve a simple stitching, image stitching Fortunately, real-time splicing results in general.
match
- 由图像的颜色直方图求取相应的区域颜色熵，利用该信息判断出两幅图像间的相似度，可将其利用到诸如镜头检测之类的场合中-Use color histogram to calculate corresponding regional color entropy, use this information to determine the similarity between two images,which can be used to detect the occasions such as shot