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tu_xiang_jianche
- 数字图像的边缘检测是图像分割、目标区域的识别、区域形状提取等图像分析领域十分重要的基础,图像理解和分析的第一步往往就是边缘检测,目前它以成为机器视觉研究领域最活跃的课题之一,在工程应用中占有十分重要的地位。本文向读者简单介绍一下这个技术,并给出了在Visual C++环境下实现的代码。-Digital Image Edge detection is image segmentation, target recognition in the region, regional shape extra
ImgWarp
- 扭曲图像形状源码,对图像进行变形,如扭曲,双线性空间变换等-distorted images shape source, the image deformation, such as distortions, bilinear space conversion, etc.
shape_basedcontentretrieve
- 用小波多尺度分析进行基于医学图像形状特征的检索.-wavelet multiscale analysis based medical image retrieval features of the shape.
3dplane
- 利用矩特征可以从二维图像识别三维目标,4阶矩的图像峰值反映了目标的形状,为了使它具有平移、比例和旋转不变性,作者对其进行了归一化处理。-use Moments from the three-dimensional two-dimensional image recognition, four bands peak moments of images reflect the shape of the target, In order to give it scale, translation an
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- 数字图像的边缘检测是图像分割、目标区域的识别、区域形状提取等图像分析领域十分重要的基础-Digital Image Edge detection is image segmentation, identification of the target region, regional shape extraction image analysis based on the importance of field
MyPicMove
- 该程序能对图像进行无闪自由地平移,光标的形状为一个小手。-the procedures for images without blinking free translation, in the shape of the cursor to a small hand.
VC_ImageProcessing
- 《Visual C++数字图像获取、处理及实践应用》杨枝灵、王开等编著。内容:第4章 图像增强(对比度增强、灰度变换法、直方图修整法、图像平滑、图像锐化、伪彩色和假彩色增强);第5章 图像复原(逆滤波复原、维纳滤波方法);第6章 图像处理中的正交变换(傅立叶变换、离散余弦变换(DCT)、沃尔什变换、基于特征向量的变换、霍特林(Hotelling)变换、SVD变换、小波变换、Mallat算法);第7章 图像压缩编码(霍夫曼(Huffman)编码、算术编码、游程编码(Run Length Codin
TXSB
- 图像识别技术目前在人们的生活中,应用越来越普遍,如我们较熟悉的数码相机、摄像头、具有摄像功能的手机、以及我们看见的一些智能玩具上都具有图像识别的功能。在此为大家介绍的此款图像识别模组主要是应用于交互式智能玩具、图像处理产品、教学中。此模组接口简单,应用方便,容易与MCU结合使用,若与凌阳公司的SPCE061A结合,使其声貌并具,更能体现产品的特效功能。 2 功能简介 该模组可以实现如下功能: 识别颜色、形状 识别位置 3 模组结构 光学
wlpabilitywindows
- SVDD的工具箱,对一类分类效果非常好,包括圆形和不规则形状的包络面,()
matlab 处理
- 对图中微流道各个形状模块进行分割,并计算了微流道的宽度,还有入射光钎到接受光纤的距离。(The specific module is divided and the length and width are calculated.)
picture transfer
- 通过傅里叶变换提高图像的分辨率,使图像边缘更加平滑,明显减弱锯齿形状。(The resolution of the image is improved by Fourier transform, and the edge of the image is smoother and the sawtooth is obviously weakened.)
simulate
- 形状是由图像的轮廓形成的,所以理论上形状识别是通常在边缘或轮廓检测后的步骤。(edge_based_matching The shape is formed by the outline of the image, so theoretically the shape recognition is usually the step after the edge or contour detection)
zuoye
- 对图像进行分割,同时根据贝叶斯分类准则,对图像进行准确分类,可以分别识别各种图形的形状(The image is segmented, and the image is accurately classified according to Bias classification rule, and all kinds of shapes can be identified separately.)
4
- 设计采用DSP控制的采棉机图像识别与处理系统,该控制系统核心采用TI公司的DSP TMS320F28335,它根据棉花的形状和所处的位置信息,决定是否发出采摘信息,从而控制采摘的步进电机旋转,使采摘口能够绕采摘头轴线旋转360度动作,使采摘口智能寻棉,实现棉花的精准定位与快速准确采摘。(The design of a cotton picker image recognition and processing system controlled by DSP is designed. The c
形状图像程序
- 这里有关于统计中用到的柱状图画法程序,还有正弦函数程序等(Here is the histogram drawing program used in statistics, as well as sine function program.)
shapeconvex
- matlab程序。利用二维图像生成3d形状,有原始代码,有测试数据。(We investigate the problem of estimating the 3D shape of an object, given a set of 2D landmarks in a single image.To alleviate the reconstruction ambiguity, a widely-used approach is to confine the unknown 3D shape
matlab程序
- 完成水果的尺寸形状表面缺陷的判别,BP神经网络的训练判别表面缺陷(Fruit size, shape and surface defects are identified. BP neural network is used to identify surface defects.)
Shape feature extraction
- 图像的形状特征一般是在物体从图像中分割出来以后进行分析,形状特征描述与尺寸测量结合起来可以作为区分不同物体的依据。形状特征有两类表示方法,一类是边界特征,另一类是区域特征。图像的轮廓特征主要针对物体的外边界,而图像的区域特征则关系到整个形状区域。(The shape feature of an image is generally analyzed after the object is segmented from the image. The combination of shape fea
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.)