搜索资源列表
rotateazoom
- 在C++中利用Opencv库对图像进行旋转和放大（最近邻，双线性，三次线性）-Use Opencv library in C++ for image rotation and zoom (nearest neighbor, bilinear, three linear)
f2matlab
- If you want to learn computer graphics students, teachers and staff : a dynamic demonstration of graphics generation process, the detailed source code so that you can run after the paste, including DDA, bresenham, point by point comparison Linear Alg
IIR_filter
- IIR数字滤波器设计,分别使用冲激响应不变法和双线性变换法，效果良好-IIR digital filter design, impulse response invariance, using bilinear transform
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.
geoip
- program for interpolating values a grid using bilinear or spline interpolation-program for interpolating values a grid using bilinear or spline interpolation
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
ex4_13
- 用matlab实现双线性变换切比雪夫I型低通滤波器设计-Bilinear transformation chebyshev type I low-pass filter design
tuxiangpeizhun
- 基于控制点的图像配准。选用多项式几何校正模型获得配准参数，双线性内插进行灰度插值。-Image registration based on the control points. Selection polynomial geometric correction model to obtain registration parameters, bilinear interpolation gray interpolation.
shuang-xian-xing-ge-xiang-tong-xing
- ANSYS双线性各向同性各种本构关系的设置例子-ANSYS isotropic bilinear
Bicubic-interpolation
- In mathematics, bicubic interpolation is an extension of cubic interpolation for interpolating data points on a two dimensional regular grid. The interpolated surface is smoother than corresponding surfaces obtained by bilinear interpolation or neare
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
Digital-signal--experiment.tar
- matlab实现的数字信号处理的一系列实验，包含报告及源码，实验内容：信号、系统及系统响应；用FFT作谱分析；用双线性变换法设计IIR数字滤波器；用窗函数法设计FIR数字滤波器。-matlab to achieve a series of experiments in digital signal processing, including reports and source code, test content: signal, system and system response as
ex14
- IIR数字滤波器设计与实现:掌握用双线性变换法设计IIR数字滤波器的方法,掌握由低通到高通﹑带通﹑带阻的频率变换方法,掌握Butterworth滤波器设计的原理。-IIR digital filter design and Implementation: master the use of the bilinear transform IIR digital filter design method master low to high pass, band-pass, band resis
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.
matlab_Image-Processing-Code-
- 自己写的基于朱虹老师的数字图像处理的课程的一些MATLAB代码，主要有基于双线性差值的放大和旋转，直方图均衡化，临近差值，Knn去噪，线性展宽，中值滤波-Write your own based on some MATLAB code Course teacher Zhu Hong digital image processing, mainly based on the zoom and rotation bilinear difference, histogram equalization,
New-edge-directed-interpolationNEDI
- 新边缘导向算法，算法的原理介绍以及实现，以及在去马赛克方面的应用-This paper proposes an edge-directed interpolation algorithm for natural images. The basic idea is to first estimate local covariance coefficients a low-resolution image and then use these covariance estimates
Binary_newton
- 基于Abaqus的双线性弹塑性本构模型的Fortran子程序，已经查过，全网独此一份。-Based on Fortran subroutine Abaqus bilinear constitutive model, it has been checked, the whole network alone this one.
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.
tftb-0.2
- matlab 时频工具箱 含短时傅立叶变换、Cohen类双线性时频处理函数、Affine类双线性时频处理函数、模糊函数和其他处理函数等源码，应该很有用-matlab time-frequency toolbox containing short time Fourier transform, frequency processing function when Cohen class bilinear frequency handler when Affine bilinear, fuzzy f