搜索资源列表
ovlp_ripple
- ％ 该函数对区间进行裁减即Py投影，返回裁剪后的区间信号
Digit_Recognition
- 数字识别的matlab仿真，通过图像裁剪，再有神经网络训练，可以达到很好的效果
anticuttingattack
- 图像受到裁剪攻击时的一些算法 只要输入图像和想要裁剪的位置 就可以得到想要的结果-Images by cutting attack some algorithm as long as the input image and want to cut position can be the desired results
CohenSoutherlandLineClipping
- Cohen-Southerland线段裁剪算法的Matlab程序-Cohen-Southerland Line Clipping Algorithm in Matlab procedures
caijian
- 实现了直线和矩形框的裁剪功能，是用编码裁剪原理实现的-Achieved a straight line and cut features a rectangular box is the use of coding theory to achieve cutting
bianhuan
- 对给定图像裁剪为384×384，对其分别进行傅立叶等变换 。。。——bianhuan.m-For a given image cut to 384 × 384, so its Fourier transform respectively. . .- Bianhuan. M
findoutcharactor
- 包括手写文字识别的各个步骤，图像的预处理、裁剪、大小转换、人工神经网络训练和识别等等。-Handwritten character recognition, including the various steps, image preprocessing, cropping, size, conversion, training and recognition of artificial neural networks and so on.
fspnt
- FLAMES 平台下的空域模型构建，该方法可扩展为裁剪系统-FLAMES platform airspace modeling, this method can be extended to cutting system
demo-matlab
- 在matlab中剪切出自己感兴趣的区域，鼠标点出两点，即可裁剪出所需矩形。-Cut in matlab in their own areas of interest, the mouse to point out two things, you can cut the required rectangle.
yb1
- 数字图像中心点的确定、定位、图像的裁剪、以及数字图像样本的输出等。-To determine the center of the digital image, positioning, image cropping, digital image sample output.
image-processing
- GUI界面，对于灰度图像做简单处理，如平滑、锐化、裁剪、旋转、放大、缩小等。-image processing，include several functions
videoout
- 用matlab打开AVI文件，裁剪视频、转换成二值化视频并输出文件-Using matlab to open the AVI file, cropping video, convert the binarization video and output file
PAPER4
- 基于梯度矢量方向性分析的线裁剪算法.pdf-Seam Carving Algorithm Based on Gradient Vector Direction Analysis
Midpoint-segmentation-algorithm
- 首先可以说明中点分割线段裁剪算法的基本原理，其次可以编程实现算法，最后通过举例验证算法有效性-First, the basic principles can explain the midpoint of the dividing line clipping algorithm, the algorithm can be programmed followed, and finally verify the validity of the algorithm by example
matlab图像工程批处理文件
- matlab进行图像处理的一些批处理文件，包括放大缩小旋转裁剪，直方图均衡化，滤波(MATLAB image processing of some batch files, including zoom, rotate, cut, histogram equalization, filtering)
HDR_Imaging
- 采用基于梯度的算法，通过matlab实现高动态范围成像。高动态范围图像，相比普通的图像，可以提供更多的动态范围和图像细节，根据不同的曝光时间的低动态范围图像，利用每个曝光时间相对应最佳细节的低动态范围图像来合成最终高动态范围图像，能够更好的反映人真实环境中的视觉效果。这里采用的高斯模糊展示了高动态范围图像中超出取值范围的数值也是有用的，即使它们在转换成低动态范围图像的时候通常都要被裁掉。在原始的高动态范围图像中，这些像素都有非常大的亮度值。当图像模糊的时候，周围的像素亮度被“拉高”并且在色度映射