搜索资源列表
ImageResample(matlab)
- 图像插值程序，可以实现对图像的任意缩放，即可以图像尺寸改变为任意大小。
图像插值(最近邻域和双线性）
- Matlab程序
imrotatex.rar
- 自己用matlab语言编写的基于双线性插值的图像旋转程序,I have written based on the bilinear interpolation of the image rotation process
match.rar
- 《图像配准技术及其Matlab编程实现》一书的Matlab源码，有点检测、线检测、Hough变换、遗传算法、蚁群算法、Powell算法和插值算法等。,"Image Registration and Matlab programming," a book of Matlab source code, a bit detection, line detection, Hough transform, genetic algorithm, ant colony algorithm, Powell al
shuangxianxing
- 用 双 线 性 插 值 法 实 现 图 像 缩 放-Using bilinear interpolation for image zooming
tuxiangyunsuan
- 图像运算Matlab代码 12.1 图像点的运算 12.1.1 线性点运算 12.1.2 非线性点运算 12.2 图像的算术运算 12.2.1 加法运算 12.2.2 减 法运算 12.2.3 乘法 运算 12.2.4 除法 运算 12.2.5 其它运算 12.3 图像的位逻辑运算 12.4 图像的几何运算 12.4.1 图像插值 12.4.2 图像缩放 12.4.3 图像旋转 12.4.4 图像剪切
dblinear
- 用matlab实现了彩色图像的缩放，采用的是双线性插值算法！-Matlab achieved using the zoom color images, using bilinear interpolation algorithm!
rorote
- 自定义函数，图像按任意角度旋转，一维线性插值和二维线性插值-Custom function, image rotation by any angle, one-dimensional linear interpolation and two-dimensional linear interpolation
interpolation
- 双线性插值算法是一种空间域的错误掩盖算法，本程序实现了用双线性插值算法恢复受损图像的matlab程序-Bilinear interpolation algorithm is a spatial domain error concealment algorithm to achieve this program using bilinear interpolation algorithm to restore damaged image matlab program
RGBImage
- 利用双线性插值和最近邻插值实现RGB图像的缩放，利用MATLAB编写-The use of bilinear interpolation and nearest neighbor interpolation to achieve RGB image scaling, using MATLAB to prepare
imrotatePos
- 基于双线性插值的图像旋转，似于MATlab的imrotate函数功能-imrotatePos
Nearest_Neighbor_Interpolation
- MATLAB最近像素插值法对图像进行放大和缩小-MATLAB recently pixel interpolation method of image zoom in and out
tuxiangpinjiefa
- 一种全自动稳健的图像拼接融合算 提出了一种全自动稳健的图像拼接融合算法。此算法采用Harris角检测算子进行特征点提取,使提取的 精度达到了亚像素级,然后以特征点邻域灰度互相关法进行特征点匹配得到了初步的伪匹配集合,并运用稳健的 RANSAC算法将伪匹配点集合划分为内点和外点,在内点域上运用LM优化算法精确地估计出了图像间的点变 换关系,最后采用颜色插值对交接处进行颜色过渡。整个算法自动完成,它对有较大误差或错误的特征点数据迭代 过滤,并用提纯后的数据来做模型估计 -A ro
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
chazhi
- 基于图像增强的灰度插值算法，这是图像配准和图像融合的基础部分-Gray-scale image enhancement based on the interpolation algorithm, which are image registration and image fusion of the basic part of
ImageEnlarge
- 采用国际标准测试图lena进行测试。分别采用“基于像素放大原理的图像放大”、“基于双线性插值原理的图像放大”两种方法进行图像分割。并附有注释、程序清晰、易于阅读。相信图像初学者阅读后必定会有很大的-image enlarge, pixel enlarge based method, bi-linear insert method
bilinear_interpolation
- 双线性插值图像放大/缩小算法源程序。里面还包含了 Image 基本类及其基本操作，可供许多图像处理程序使用。-Bilinear interpolation image zoom in/out source algorithm. Which also contains the basic type of Image and its basic operation for many image processing programs.
Interpolation
- 利用低通滤波器对图像进行插值放大：按放大的倍数对原图像进行插零，插零后的图片与低通滤波函数进行卷积，原先插入的零的位置自动替换为适当的插值，如此图像就已经插值放大了，图像质量还不错。-Double the number of pixels of each row and column by adding a zero value pixel between each pixel of the image.Then operate with two kinds of low-pass filter
NearestNeighbor
- 采用最近邻法对图像进行插值，进行n倍的缩放，有示例图片，有注释，可运行，欢迎交流。(Using the nearest neighbor method for image interpolation, n times zoom, there are examples of pictures, notes, can run, welcome exchanges.)
CubicConvolution
- 采用三次卷积法对图像进行插值，进行n倍的缩放，有示例图片，有注释，可运行，欢迎交流。(Using the Cubic Convolution method for image interpolation, n times zoom, there are examples of pictures, notes, can run, welcome exchanges.)