搜索资源列表
weilpair
- This the implementation of the weilpairing in c.IBE can be developed using this pairing .Its a bilinear mapping-This is the implementation of the weilpairing in c.IBE can be developed using this pairing .Its a bilinear mapping
resize
- 图像的缩放,采用两种方法,可以直接运行。向后映射,1.最近领域法,2.双线性插值法-Image scaling, two methods can be run directly. Backward mapping, a recent field of law, (2) bilinear interpolation
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
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
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)