搜索资源列表
DETECTION_LineHough_inIMAGE
- 详细介绍图像的线性曲线检测和变换,程序测试成功,非常实用。
C#编写的投影变换、道格拉斯压缩、左转算法、线性四叉树
- C#编写的投影变换、道格拉斯压缩、左转算法、线性四叉树
ImageEnhance
- c#环境中简单实现图像的增强功能,如直方图显示,线性变换,非线性变换,密度分割,图像反白显示等简单功能-c# environment simple image enhancements, such as the histogram shows that linear transformation, non-linear transform, the density of partition, anti-white images show features such as simple
CSharp_DSP
- DSP算法,包括线性卷积、复多项式矩阵积分,离散傅立叶变换、反离散傅立叶变换等-Linear convolution, matrix integral, DFT and IDFT...
LPCsource
- 线性预测编码(LPC)源程序,模拟每帧240样本的、频率50-300的线性预测编码算法实现,表现形式为控制台程序。-Linear predictive coding (LPC) source
CSharpProjectionDauglass
- C#编写的投影变换、道格拉斯压缩、左转算法、线性四叉树-C#good
point-operation
- histogram 的显示以及调整,包括线性变换,直方图均衡,直方图匹配-adjust histogram including liner transform , histogram equlazation
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
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
Chrip_z
- 用C语言实现线性调频Z变换,经测试可用,代码很有参考价值-Chirp Z transform using the C language, the test is available, the code of great reference value