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FunctionofBilinearInterpolation
- 函数主要实现图像处理过程中由于旋转缩放导致坐标不在整数位置，使用原始像素对当前像素点的计算方法：双线性插值！-The main function is to achieve image processing result in the rotation of the zoom position coordinates are not integers, the calculation method using the original pixel of the current pixel: bi
Image-Super-Resolution-Algorithms
- 前基于图像块稀疏表示的超分辨率重构算法对所有图像块都用同一字典表示，不能反映不同类型图 像块问的筹别．针对这一缺点，本文提出基于图像块分类稀疏表示的方法．该方法先利用图像局部特征将图像块分为 平滑、边缘和不规则结构三种类型，其中边缘块细分为多个方向．然后利用稀疏表示方法对边缘和不规则结构块分别 训练各自对应的低分辨率和-岛分辨率字典．重构时对平滑块利用简单双三次插值方法，边缘和不规则结构块由其对应 的高、低分辨率字典通过正交匹配追踪箅法重构．实验结果表明，与单字典稀疏表示算法相比
bemd
- 二维经验模态分解的一个程序，改进了插值算法。输入为图像灰度图-A program of two-dimensional empirical mode decomposition and improved interpolation algorithm. Enter the grayscale image
wKA
- ωKA是实现SAR图像成像的一种方法，该程序实现了ωKA的近似和精确两种成像方式，仿真参数参考《合成孔径雷达成像——算法与实现》，利用Stolt插值实现了目标成像，最后在方位向和距离向进行切片，观察成像结果。-ωKA is one of the point target imaging algorithms of SAR . This program implements both exact and approximate ways of imaging. Simulation para
Image-interpolation
- 图像的插值包括（双三次插值、双线性插值、最近邻插值和图像的采集与显示）-Image interpolation include (double three interpolation and bilinear interpolation, nearest neighbor interpolation and image acquisition and display)
bilinear-interplolation
- 自己写的数字图像处理，双线性插值的c++源程序。可供初学者参考学习使用。-Write your own digital image processing, bilinear interpolation of c++ source code. Reference for beginners to learn to use.
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
Mathematical--and-signal-
- LabVIEW（8.2）课本13.1章源程序，例子详细，包括图像化编程与数学分析，基本数学函数，线性代数，曲线拟合，插值，数值积分与数值微分，概率与统计，最优化，常微分函数，空间解析几何，公式解析，Mathscr ipt-LabVIEW (13.1 8.2) procedures, examples in detail, including the visualization programming and mathematical analysis, the basic mathematica
Javabibubic
- Java的图像双三次插值程序，实现图像缩放。-This is a program of bicubic imgage in Java to resize images.
NumericalAnalysis1
- 基于C#的图像扭曲变形程序。 包括图像的旋转扭曲和水波变换。 共用了最近邻、双线性、双三次三种插值方法。 图像为动态变化。 操作界面友好。 是个十分不错的程序-C# program is based on the image distortion. Including image rotation distortion and wave transformation. Sharing the nearest neighbor, bilinear, bicubic three
MATLAB
- 采用邻近插值法和双线性插值法图像进行缩放和旋转-In neighbor interpolation and bilinear interpolation image scaling and rotation
DEMO
- 实现图像的快速缩放，利用整数代替浮点数运算的二次线性插值-Realize the rapid and scaling, the image using integer quadratic linear interpolation instead of floating point operations
112
- 畸变校正程序，可展开球形畸变图，采用插值算法填补图像缺少的部分，结果图很清晰-Distortion correction procedure can be expanded spherical aberration chart, using interpolation algorithm to fill the missing part of the picture, the result is very clear map
TIVC5416
- 基于TI VC5416的黑白图像采集之缩放实现 包含最近领域插值 双线性插值 双三次插值 超采样（supersampling）的反锯齿算法-Anti-aliasing algorithm scaling collection of black and white images based on TI VC5416 realize bilinear interpolation field contains recent bicubic oversampling (supersampling) o
MATLAB-code
- 包含各种常见的MATLAB程序，如图像去噪、图像识别、RBF神经网络的训练，三次样条插值、求解线性方程组等几十个程序。-MATLAB contains a variety of common procedures, such as image denoising, image recognition, training RBF neural networks, cubic spline interpolation, linear equations, such as dozens program
BilinearInterpolation
- 用双线性插值算法对图像进行放大处理的源码，可以对bmp图像进行处理。-Bilinear interpolation algorithm for image enlargement processing , you can use it to process bmp image.
harmonic
- 图像放大 双线性插值放大相应的倍数后用调和模型进行扩散-Enlarge image Enlarge bilinear interpolation corresponding multiples reconcile after diffusion model
bilinear-interpolation
- 采用双线性插值方法对图像进行缩小放大，从双线性插值原理上编程，matlab可运行。-using bilinear interpolation algorithm for image scaling, matlab can compile
Untitled23
- 三次样条插值法,图像的块操作,图形的过滤操作-In the same coordinate, can draw three concentric circles, and coordinate control.
BilinearInter
- 用双线性插值的办法将图像从raw格式还原成rgb格式。附有例子。-The image is reduced to rgb format the raw format with bilinear interpolation approach. With examples.