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watermark.rar
- 数字图像水印的嵌入和提取算法
遗传算法用于从EM雷达数据提取地下古墓遗迹定位信息.rar
- 神经网络\遗传算法用于从EM雷达数据提取地下古墓遗迹定位信息
5个遗传算法源码
- (其中已经包含5个源码)所附源程序C或C++代码文件及其可执行文件 Scs.cpp 基本分类算法源程序, 输入数据文件cfile.txt,efile.txt,gfile.txt,pfile.txt ,rfile.txt,tfile.txt Sga.c 基本遗传算法源程序, 输入数据文件input,输出文件output A_life.c 基于遗传算法的人工生命模拟源程序, 输入数据文件world GA_nn.c 基于遗传算法优化神经网络结构源程序,输入数据文件sample Patmat.c 基于遗
并行图像细化算法和C代码实现
- 图像细化一般作为一种图像预处理技术出现,目的是提取源图像的骨架,即是将原图像中线条宽度大于1个象素的线条细化成只有一个象素宽,形成 骨架 ,形成骨架后能比较容易的分析图像,如提取图像的特征.-image thinning as a general image preprocessing technologies emerging, is the source of images from the frames, that is, lines of the original image width
MD5算法的JavaBean
- MD5计算,可以将文件提取出摘要,进行比对,校验,实现指纹算法-MD5, can be extracted document summaries, compare and testing to achieve fingerprint algorithm
ShotDetect
- 一个实现视频关键帧提取算法的类,用C++实现,基本思想还是双阈值方法-A class which realize the algorithm to check out the key frame of video is written by c++. The basal idea of the algorithm is based on double threshold.
KPitch
- 这个是用来进行基频检测的,目前做的最好的应该数Paul的基频提取算法了,误差可以小于万分之五。该源代码的算法是我根据Paul的算法修改得到,省略了插值部分,所以误差在百分之五以内,但是在实际工作中已经足够了。-is for the frequency of detection, so the best should be the number of frequency Paul extraction algorithm, can be less than prior error. The sou
RANSAC平面提取
- 根据点云的分布特征,采用随机采样一致性算法提取平面(According to the distribution characteristics of point clouds, a random sampling consistency algorithm is used to extract the plane.)
C#图像同名像点提取
- 使用基于相关系数的影像匹配测度算法,从两幅数字影像中自动匹配50个以上的同名像点。使用窗体界面、控件编程;在设计的界面窗口中显示两幅图像、在图像中显示所匹配出的同名像点 (+),并列表显示各个同名像点的像素坐标。(Using image matching measure algorithm based on correlation coefficient, more than 50 homonymous points are automatically matched from two digi
Opencv一系列图像增强算法
- 基于OpenCV与mfc实现的一系列图像增强算法,边缘提取,直方图均衡化,各种滤波,应有尽有,界面美观大方
OPENCV_SIFT_特征提取_匹配算法
- 计算机视觉,特征提取, 图像识别和是视觉定位(Computer vision, feature extraction for pattern recognition)
RegionProperties1
- 这是一个图像形状的几何特征提取算法,可以提取圆形、方形、多边形等形状特征。(This is a geometric feature extraction algorithm for image shape, which can extract shape features such as circle, square and polygon.)
border提取边界
- 边界识别算法,可识别点云的边界和特征边缘(Boundary Recognition Algorithms to Recognize the Boundary and Characteristic Edge of Point Cloud)
连续投影算法
- 可以实现光谱特征波段的提取,减少建模时间。(It can realize the extraction of spectral characteristic band and reduce the modeling time.)
GA提取特征
- GA提取特征,数据为高光谱数据,感兴趣区域数据,最后一列为标签(GA extracts features, hyperspectral data, region of interest data, and the last column is label)
PSO提取特征
- PSO提取特征,数据为两个板块,标签和数据分成两个矩阵并分别进行了转置(PSO extracts features. The data is divided into two parts. Label and data are divided into two matrices and transposed respectively.)
连续投影算法
- 连 续 投 影 算 法(SPA)是 一 种 使 矢 量 空 间 共 线 性最小化的前向变量选择算法, 它的优势在于提取全波段的几个特征波长, 能够消除原始光谱矩阵中冗余的信息,可用于光谱特征波长的筛选。(One of the advantages of spa is that it can be used to eliminate the redundancy of the original spectral features.)
高级迭代法(AIA)和通用相位提取(GPSA)算法
- AIA算法和GPSA算法仿真对比;经典的AIA算法;用于实现单幅图像的相位提取matlab程序代码;(Simulation comparison between aia algorithm and gpsa algorithm shows that the random step size and phase shift are unknown. Classic aia algorithm, which is used to realize the phase extraction of a s