搜索资源列表
harmonic
- 图像放大 双线性插值放大相应的倍数后用调和模型进行扩散-Enlarge image Enlarge bilinear interpolation corresponding multiples reconcile after diffusion model
bilinear-interpolation
- 采用双线性插值方法对图像进行缩小放大，从双线性插值原理上编程，matlab可运行。-using bilinear interpolation algorithm for image scaling, matlab can compile
BilinearInter
- 用双线性插值的办法将图像从raw格式还原成rgb格式。附有例子。-The image is reduced to rgb format the raw format with bilinear interpolation approach. With examples.
11
- 医学CT图像的双线性插值和小波变换完整程序-bilinear interplotion
yixuetuxiangchuli
- 读入医学图像，先用HS光流法计算两帧图像的光流场，然后用双线性插值的方法对图像进行配准，得到配准图像。-Reads the medical image, the first two frames of computing optical flow field images with HS optical flow, and then use the bilinear interpolation method of image registration, obtain registration i
Zooming-and-Shrinking
- matlab实现用双线性插值法放大和缩小图像-Zooming and Shrinking Images by Bilinear Interpolation (a) Write a computer program capable of zooming and shrinking an image by bilinear interpolation. The input to your program is the desired size of the resulting ima
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
xc
- 线性插值，多方向插值，块匹配方法对图像进行误码掩盖，并且比较优劣-Linear interpolation, multi-directional interpolation, the block matching method for image concealment, and compare the pros and cons
bi_linear_quadratic_interpolation
- 双线性插值是指利用映射点在输入图像的4 个邻点的灰度值对映射点进行插值,即待插点处的数值用离待插点最近的四个点的值加权求得。在同一行内根据待插值像素点与其前后的原图像像素点的位置距离进行加权线性插值,即离原图像像素点越近的待插值像素点,原图像像素的加权系数就越大 行间根据待插值行与其上下的原图像行间的距离进行加权线性插值,即离原图像行越近的待插值行,原图像行的加权系数就越大-Bilinear mapping point is the use of four adjacent points in
Image_distortion
- 图像扭曲变形 目标：编写一个图像扭曲变形程序，可以对图像进行扭曲变形。 （1）扭曲变形方式： 必做： 旋转扭曲/球面镜变形（二选一） B样条网格变形 选做：TPS网格变形 （2）插值方法比较 最近邻插值 双线性插值（bilinear） 双三次插值（bicubic） 作业要求： 提交程序源代码、执行码以及实验报告（包括：变形函数的选取与设计，使用插值方法的介绍与分析，程序框图，实验结果及分析等）。-Image distortio
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
Zoomin_img
- 图像放大，灰度级差值分别采用邻近插值和双线性插值-Image zoom .grayscale difference respectively use neighbor interpolation and bilinear interpolation
redress
- 图像校正，坐标映射使用向前映射和向后映射。灰度级插值使用双线性插值-Image correction. coordinate mapping use forward mapping and backward mapping. Grayscale interpolation use a bilinear interpolation
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
PictureDo
- 包括最近邻插值，双线性插值，双三次插值的图像缩放、旋转及其误差分析。-Including the nearest neighbor interpolation, bilinear interpolation, bicubic interpolation image scaling, rotation and error analysis.
image-transform
- 本算法采用C#进行界面编程，实现图像的放大缩小和旋转，可自选放大缩小倍数和旋转角度，也可以自行选择插值方式：最近邻插值、双线性插值和双三次插值-The algorithm uses C# for interface programming, image zooming and rotation can be optional zoom factor and the rotation angle can also choose their own interpolation method: nea
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
image-scaling
- 图像的缩放，涉及到最佳临近插值、双线性插值、二次方插值。- Image scaling, related to the best approach to interpolation, bilinear interpolation, two square interpolation.
image-rotation
- 图像的旋转，旋转后采用最临近插值、二次线性插值。-Image rotation, rotation after the use of the nearest interpolation, two linear interpolation.