当前位置：
首页 资源下载
搜索资源 - Interpolation image
搜索资源列表
-
0下载：
SBF算法是傅里叶积分的近似估计,其算法思路是用线性插值函数近似被积函数,将线性插值函数分解为有限多个相似基函数(similar basis function)的线性和,对每个基函数进行傅里叶正弦或余弦积分,其结果可表示为简洁的解析形式,故积分运算可转化成一些相对简单的代数运算。在对图像进行去噪！(The SBF algorithm is to approximate the Fu Liye integral algorithm, the idea is to approximate the i
-
-
0下载：
Achieve a grayscale image and further control for video surveillance, Dual-line interpolation FFT harmonic analysis kaiser windows, Contains the eigenvalue and eigenvector extraction, the training sample, and the final recognition.
-
-
0下载：
matlab处理图像，随机扔掉图像的像素点，并进行双线性最邻近插值(Randomly discard pixels of an image. Bilinear interpolation and nearest neighbor interpolation are also performed)
-
-
0下载：
Interpolation and fitting, solution of equations, data analysis, FIG simulation speed, distance, amplitude three-dimensional image, Undergraduate complete set requirements refer to the standard test models.
-
-
0下载：
Constituting the modulated signals of different frequencies, Dual-line interpolation FFT harmonic analysis kaiser windows, Independent component analysis for image processing.
-
-
1下载：
matlab实现对图像的双三次卷积内插，以图像的缩放为例子(Matlab to the image of the double triple convolution interpolation, with the image zooming as an example)
-
-
1下载：
数字图像处理中的几何变换，包括图像的平移，图像的镜像，图像转置，图像的缩放，图像的旋转以及三种插值算法(The geometric transformation in digital image processing includes image translation, image mirroring, image transposition, image scaling, image rotation, and three interpolation algorithms)
-
-
0下载：
Dual-line interpolation FFT harmonic analysis kaiser windows, Calculation crosshairs diffraction image at different distances, Of spherical harmonics graphic simulation.
-
-
0下载：
Interpolation and fitting, solution of equations, data analysis, Fiber Transmission wireless communication system performance, Calculation crosshairs diffraction image at different distances.
-
-
0下载：
采用双线性内插对图像进行n倍的缩放，有示例图片，有注释，可运行，欢迎交流。(Bilinear interpolation is used to zoom the image n times, with examples of pictures, notes, can run, welcome exchanges.)
-
-
0下载：
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.)
-
-
0下载：
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.)
-
-
0下载：
双线性插值放大缩小图像
编写一个通过双线性插值来缩放和缩小图像的计算机程序。(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 th
-
-
0下载：
BEMD对图像进行分解，包络构造采用Delaunay三角剖分和三次插值，得到分解的结果。 输入：灰度bmp图像 输出：imf1 imf2 imf3 残差(BEMD image decomposition, the envelope structure using Delaunay triangulation and cubic interpolation, the result of decomposition. Input: greyscale bmp image output: imf1 i
-
-
0下载：
双线性插值，又称为双线性内插。在数学上，双线性插值是有两个变量的插值函数的线性插值扩展，其核心思想是在两个方向分别进行一次线性插值。双线性插值作为数值分析中的一种插值算法，广泛应用在信号处理，数字图像和视频处理等方面。(Bilinear interpolation is also called bilinear interpolation. In mathematics, bilinear interpolation is a linear interpolation expansion of
-
-
0下载：
还未完成的java文字游戏 初学者 后面的有点崩 先用gm版G++和opencv实现图像的线性插值(The unfinished Java text game is a point avalanche behind the beginner, and the linear interpolation of the image is realized with the GM version G++ and the opencv)
-
-
0下载：
已经完成的文字游戏 初学者 后面的有点崩 先用gm版G++和opencv实现图像的双线性插值(The finished word game beginner's point avalanche first uses GM version G++ and OpenCV to realize the bilinear interpolation of the image)
-
-
2下载：
根据双线性插值，需要对图像大小进行缩小放大，同时不减小图像的清晰程度。(According to bilinear interpolation, we need to zoom in and enlarge the size of the image without reducing the clarity of the image.)
-
-
0下载：
cfa算法，基于CFA插值特征的图像篡改检测的matlab代码(cfa algorithm,Image tamper detection based on CFA interpolation features matlab code)
-
-
0下载：
三次插值是一种更加复杂的插值方式，它能创造出比双线性插值更平滑的图像边缘。双三次插值方法通常运用在一部分图像处理软件、打印机驱动程序和数码相机中，对原图像或原图像的某些区域进行放大。(Cubic interpolation is a more complex interpolation method that creates a smoother image edge than a bilinear interpolation.
The double cubic interpolation m
-
