function z_interp = bilinear_interpolation(z, x, y) % z是原始数据矩阵 % x和y是要插值的点的坐标 % 获取矩阵大小 [rows, cols] = size(z); % 找到包含点(x, y)的四个相邻网格点 x1 = floor(x); x2 = min(ceil(x), cols); y1 = floor(y); y2 = min(ceil(y), rows); % 计算dx...
As shown in FIG, the pixel values of f1 and f2 are respectively obtained by a linear interpolation, and then the pixel values of f are obtained by linear interpolation for f1 and f2. This is the principle of bilinear interpolation. We can use the following formula to show the process of...
image1.save('/home/jovyan/img/NNEarth.jpg') image2=BiLinear_interpolation(image,image.shape[0]*2,image.shape[1]*2) image2=Image.fromarray(image2.astype('uint8')).convert('RGB') image2.save('/home/jovyan/img/BiLinearEarth.jpg') image3=BiCubic_interpolation(image,image.shape[0]*2,im...
Bilinear interpolation faster than interp2?. Learn more about interp2, griddedinterpolant, bilinear interpolation, fast method MATLAB
双三次插值法（Bicubic Interpolation）是一种在图像处理中常用的图像重采样方法。它比双线性插值法（Bilinear Interpolation）更复杂，但可以提供更好的图像质量。双三次插值法的原理是：在原始图像中，以目标像素为中心，取其周围16个像素的灰度值，根据双三次多项式函数进行拟合，计算出目标像素的灰度值，以实现图像...
% Refer to function MYRESIZE or function MYROTATE to learn how to use % this function. PIXELVALUE=IMAGE(round(Y),round(X),K); 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 双线性内插法 function PIXELVALUE=bilinearinterpolation(IMAGE,X,Y,K) ...
This function uses biLinear interpolation and looks at 4 pixels around the target location with ceil convention. --RGB = 1 for gray scale images. --img can be a single layer matrix or a RGB layer colored image --yx =[y_value, x_value]; It can be either horizontal or vertical vecto...
% now predict the value at fd(Nd) using bilinear interpolation % for notation see Wikipedia article on bilinear interpolation xidx = find( xvec < x(ii), 1, 'last'); yidx = find( yvec < y(ii), 1, 'last'); x1 = xvec(xidx); x2 = xvec(xidx+1); ...
资源简介 非matlab自带图像插值函数,用matlab代码写的双三次图像插值函数。 代码片段和文件信息 function [out] = bilinearInterpolation(im out_dims) %// Get some necessary variables first in_rows = size(im1); in_cols = size(im2); out_rows = out_dims(1);...
targetRGB = readall(dsTestFullRGB); montage(targetRGB,"Size",[5 2],"Interpolation","bilinear") 使用minibatchqueue对象遍历全尺寸图像的测试集。如果您的 GPU 设备有足够的内存来处理全分辨率图像,那么您可以通过将输出环境指定为"gpu",在 GPU 上运行预测。 testQueue = minibatchqueue(dsTestFullRAW,"Min...