搜索资源列表
ATRalgorithms
- 一种图像自动识别算法，该方法：通过提取图像7个不变矩，结合神经网络(BP)对图像目标进行识别计算．结果表明， 该算法具有很好的识别效果，可以应用于图像小目标的识别．-an automatic image recognition algorithm, the method : extract images through seven unchanged moments, integrated Neural Network (ANN) to the identification of targe
20081281925121303
- 矩特征主要表征了图像区域的几何特征,又称为几何矩, 由于其具有旋转、平移、尺度等特性的不变特征-Moment Characteristics of the main characterization of the geometric characteristics of the image region, also known as geometric moments, because of its rotation, translation, scaling and other charact
Image-moment-invariants
- 图像不变矩是基于图像的几何结构特征，可以用于图像匹配方面，有很好的效果-Image moment invariants is based on the geometric structure of the image can be used for image matching, there were good results
rZerrnike-maai
- 对输入图像进行预处理后提取目标轮廓，经过归一化处理的到目标形状的平移、尺度不变的链状表达，再通过小波变换进行多尺度度分析；引入Zernike 矩，运用Zernike矩的特性，实现小波表达的旋转不变性，解解决了小波变换对起始点的依赖。 -Preprocessing the input image to extract the target contour, after normalized to the translation of the target shape scale-invaria
Hu_moment-
- Hu不变矩。本程序用于计算图像的Hu矩特征。该程序不能在5.3版本下运行，必须在6.5以上版本中运行。-Hu moment invariants. This procedure is used to calculate the image of Hu moment features. The program can not run under version 5.3 must be running version 6.5 above.
HmomenttU
- HU的七阶不变矩，具有旋转，平移不变性，对图像描述稳定，，对于图像分类，匹配具有重要的作用，已通过测试。 -HU seven-order moment invariants, rotation, translation invariance, stable image descr iption for image classification match has an important role, has been tested.
GLMCandLBPextraction
- 第一个程序提取了图像灰度级为64的灰度共生矩阵，并计算了能量，熵，对比度，相关性，逆差矩这5个参数.第二个程序可以提取彩色图像的LBP纹理特征，可以提取采样点为8、16、24的统一模式（u2）、旋转不变模式（ri）、统一旋转不变模式（riu2）的LBP值。-The first program to extract a grayscale image GLCM 64, and calculate the energy, entropy, contrast, correlation, inverse
shangchuanwenjian_xiaoboju
- 我所上传的文件是对图像进行小波变换，即小波分解，从而得到图像的小波不变矩。具有可操作性，绝对可以实现-I have uploaded files is to image wavelet transform, the wavelet decomposition, image wavelet moment invariant is obtained. Operable, absolute can be achieved
sl_ibvs2_generalmotion_moments_713
- 基于图像不变矩组合的六轴工业机器人视觉控制-Image invariant moments combination of six-axis industrial robot control method based on visual