资源列表
ImageProcessing
- Visual+C++数字图像获取、处理及实践应用+源代码-Visual+ C++ digital image acquisition, processing and practical application+ source code
chap8
- 文字图像识别，主要包括：1分割文字图像，2分离单个文字，3识别单个文字，4连接单个文字。-Text image recognition, including: a text image segmentation, two separate single word, single word recognition 3, 4 attached to a single text.
Multi-functional-hackers-notepad-
- 易语言多功能黑客记事本源码，有很多使用的功能！-Easy language multi-function hackers notepad source, there are a lot of use features！
DCC
- 基于典型相关性的线性鉴别分析，先用PCA对数据降维之后，再结合典型相性鉴别分析来得到转换矩阵-Based on a typical linear correlation analysis to identify, first PCA for data reduction, the combined analysis to identify the typical phase of the transformation matrix obtained
albp
- ALBP的详细程序，对传统的LBP进行了改进，拿来分享-ALBP detailed procedures for the traditional LBP has been improved, used to share
seismic-segy-write
- 三维地震数据文件的写入程序，改程序直接用于写入二进制数据-Three-dimensional seismic data file writing procedure, change the program used to write binary data directly
location
- 用于车牌准确定位的原VC++代码，希望广大学者下载实验-License plate for accurate positioning of the original VC++ code, I hope the majority of scholars download experiment
super_ec
- 一个图片寻找的易语言模块源码，仅仅图片寻找，提供了多种寻找方案详见源码，适当修改可实现屏幕找图。-A picture is easy to find the source language module, only to find pictures, find a formula to provide a variety of detailed source, the screen can be achieved with appropriate modifications to find ma
Ellipse-detection
- 基于椭圆外接矩形的椭圆识别，画出几何图形的外切矩形和此外接矩形的内切椭圆，将画出的内切椭圆与几何图形进行比较！判断原几何图形是否为椭圆！-Ellipse shape detection base on the enclosing rectangle identification method
readTIFF
- 根据TIFF图像存储格式，读取图像属性信息并显示图像-According to TIFF image storage format, the image attribute information read and display images
ID_card_binarization
- 本程序对身份证的图像提取并进行二值化得到黑白对比度处理后的身份证ostu算法-The ID card program for image extraction and binarization to be black and white contrast of the processed ID ostu algorithm
palmprint
- 一个掌纹识别程序，使用gabor提取特征，使用支持向量机进行识别-A palmprint identification procedures, using gabor feature extraction, using support vector machines to identify