搜索资源列表
LTE_ch_Estimation
- LTE的下行信道估计mse的测试,采用了LTE的下行频域结构,LS信道估计,线性插值算法。-LTE downlink channel estimation mse of testing, using LTE downlink frequency domain structure, LS channel estimation, linear interpolation algorithm.
work
- 数值计算中Lagrange插值,分段线性插值和三次样条插值源程序,可直接调用-Numerical calculation of Lagrange interpolation, piecewise linear interpolation and cubic spline interpolation source code can directly call the
shuangxianxingchazhi
- 图像旋转的双线性插值算法!实现图像的无损失旋转!
Nearest_neighbor_interpolation
- 最近邻算法和双线性插值算法 实现灰度图的缩放 -Nearest neighbor algorithm and the bilinear interpolation algorithm to achieve gray level scaling
xuanzhuan
- 8bit图像旋转的代码,用了后向双线性插值的方法-8bit image rotation code, using the latter to the bilinear interpolation method
GeoTrans
- MFC实现的图像的缩放,旋转。包括双线性插值算法的实现。-MFC to achieve the image scaling, rotation. Including the bilinear interpolation algorithm.
Bilinear
- 用VC++语言,实现了双线性插值算法,处理图像为bmp-Bilinear interpolation algorithm
Bayer
- 图像的双线性插值算法,VC++编写,作为基础知识掌握。-Bilinear image interpolation algorithm, VC++ written, as basic knowledge.
BackProj
- 图像重建中的紧邻插值,线性插值及双线性插值算法-Image reconstruction close to interpolation, linear interpolation and bilinear interpolation algorithm
juz
- 邻域插值缩放 双线性插值缩放 最近邻域插值缩放-Neighborhood interpolation zoom bilinear interpolation scaling the nearest domain interpolation scaling
naknot
- 非扭结样条程序 分段线性插值函数 含例题-Non-kink-spline interpolation function piecewise linear process with examples
tuxiangxuanzhuan
- 用于自定义旋转角度,用vc++2005结合opencv实现。旋转后,采用双线性插值-Used to customize the rotation, combined with vc++2005 opencv implementation. After the rotation, using bilinear interpolation
chazhi_line
- 线性插值计算 不限大小 线性插值可以用在数值计算和拟合上-Not limited to the size of the linear interpolation
im_R
- 通过双线性插值算法实现图像旋转,图像可以是灰度图也可以是RBG图像-Image rotation
Interpolation
- /************************************************************************* * 函数名称: * Interpolation() * 参数: * LPSTR lpDIBBits - 指向源DIB图像指针 * LONG lWidth - 源图像宽度(象素数) * LONG lHeight - 源图像高度(象素数) * FLOAT x - 插值元素的x坐标 * FLOAT y
Channel_Estimation_Module
- 信道估计仿真,采用了多种方法:线性插值,MMSE,1惟MMSE,2维MMSE等-Channel Estimation 1 for non-block-wise linear interpolation, 2 for block-wise 1-D MMSE, 3 for non-block-wise 1-D MMSE, 4 for block-wise 2-D MMS
linear_interp_ang
- 在uVision环境下用C编程,通过线性插值法计算出相角的大小-In uVision environment using C programming, calculated by linear interpolation the size of the phase angle
imagezoom
- 用双线性插值对图像进行缩放,放大缩小均可,速度比较快-Bilinear interpolation used to zoom the image
QRcode
- QR码作为一种可高速、全方位识别的二维条码,已经在各行各业中得到了应用,并具有很大发展潜力.本文针对QR码图像的识别过程中可能遇到的图像噪声干扰、QR码占实际拍摄图像的一部分、倾斜、几何失真等问题进行了研究,提出了通过改进型中值滤波去除噪声,使用QR码符号特性定位并对倾斜图像进行旋转,对失真不严重的图像采用控制点变换和双线性插值方法进行几何校正.实验证明, 本文的方法简单有效, 可以用于提高条码的正确识别率.-As a high-speed, full identification of th
Interpolation
- 其中包括牛顿插值算法,分段线性插值算法,Larange算法和三次样条插值算法的源程序。还包括插值算法的报告一份。-Including the Newton interpolation algorithm, piecewise linear interpolation algorithm, Larange algorithm and cubic spline interpolation algorithm of the source. The report also includes an int