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correction
- 基于radon变换的倾斜校正,先根据radon变换求取倾斜角度，然后用双线性插值来获得校正后的图像-Tilt correction based on radon transform, the first to strike a tilt angle to radon transform and bilinear interpolation to obtain the corrected image
piliangshuangxianxingchazhisuofang
- 采用双线性插值的方法，对大样本的灰度图像进行尺度缩放，能够得到较好的缩放图像-Using bilinear interpolation method, gray image of large sample size scaling, can get better resized images
registration
- 遥感影像的几何纠正，通过输入同名点文件计算多项式纠正系数，可通用，再通过双线性插值实现几何纠正-list on two images, this method can be use to any sitution if you already choose the corresponding points, and then bilinear interpolation to get the gray value
Source-Code
- 双线性插值，对图像进行放大缩小，upsampling，down sampling-Bilinear interpolation on the image to zoom, upsampling, down sampling
3
- 双线性插值，实现双线性插值功能，VB语言实现双线性插值-Bilinear interpolation, bilinear interpolation function to achieve, VB language bilinear interpolation
project_11_first_d1_HDMI
- 本代码将TW2867第一通道输出解复用以后进行BT.656格式的解析，然后将奇偶场合并为一帧存入DDR2，读取的时候使用双线性插值算法，将原始的720 x576的分辨率放大到800x600，然后在HDMI口输出。-This code will TW2867 first channel output demultiplexing after parsing BT.656 format, then the parity occasions and as a frame stored in DDR2,
GeometricTransform
- 不仅运用C#具有内置的方法来实现图像的几何变换：旋转，缩放，错切和平移，而且还运用仿射变换算法来实现上述的几何变换。最后，运用双线性插值和三次卷积插值算法实现图像的插值运算-Not only the use of C# has a built-in method to achieve an image of geometric transformations: rotation, scaling, shearing and translation, but also the use of the
zoom
- 图像处理 旋转、缩放、平移 仿射变换 双线性插值 三次卷积-Image processing, rotate, zoom, pan, affine transformation, bilinear interpolation, cubic convolution
tuxiangsuofang-
- 软件图像缩放实现,完整双线性插值算法源代码-photoes change
imagereconstruction
- 通过四邻域方法获得低分辨率图像，用双线性插值和邻域插值进行超分辨率图像重建-The low resolution image is obtained by the four neighborhood method, and the super resolution image is reconstructed by the bilinear interpolation and the neighborhood interpolation.
shuangxianxingchazhi
- 主要是利用opencv与C++实现彩色图像的双线性插值，此程序简单便于理解。-Mainly using opencv with c++ implementation bilinear interpolation of color image, the program simple and easy to understand.
interpol_demo3
- 压缩包内为双线性插值和cressman插值示例-Compressed package for bilinear interpolation and interpolation example cressman
myResize
- 自己写的双线性插值缩放，注释完整，有问题客流交流-bilinear resize
biliner
- C语言快速双线性插值函数速度是普通函数的10倍以上-Bilinear interpolation function C language fast speed is 10 times more than ordinary function
rotate
- 原创C语言实现双线性插值的图像旋转函数，可修改参数实现不同功能。-Original C language implementation of bilinear interpolation function, image rotation can modify the parameters to achieve different functions.
ROTATE
- 反响映射+双线性插值图像旋转实现算法（opencv）-Response mapping image rotation+ bilinear interpolation algorithm (opencv)
Test
- 双线性插值图像放大Implement a bilinear interpolation algorithm Implement a bilinear interpolation algorithm-Implement a bilinear interpolation algorithm
ConsoleApplication1
- 利用opencv实现图像的缩放，不直接使用resize函数并且采用双线性插值方法-The use of opencv image scaling, do not directly use the resize function and the use of bilinear interpolation method
jibianjiaozheng
- 该代码用于实现相机的畸变校正，给定标定参数，利用双线性插值方式实现-This code for implementing the camera distortion correction given calibration parameters, bilinear interpolation ways
Gray_Center
- 演示验证灰度重心法寻找标记中心，采用迭代逼近灰度中心。如果需要精细控制则建议结合双线性插值算法。-Demonstration of gray center of gravity method to find the center of the mark, the iterative approach to the gray center. If the need for fine control is recommended combined with bilinear interpolatio