文件名称:DigitRec
- 所属分类:
- 图形/文字识别
- 资源属性:
- [Windows] [Visual C] [源码]
- 上传时间:
- 2012-11-26
- 文件大小:
- 172kb
- 下载次数:
- 0次
- 提 供 者:
- som***
- 相关连接:
- 无
- 下载说明:
- 别用迅雷下载,失败请重下,重下不扣分!
介绍说明--下载内容均来自于网络,请自行研究使用
使用说明
第一步:训练网络。使用训练样本进行训练。(此程序中也可以不训练,因为笔者已经将训练好的网络参数保存起来了,读者使用时可以直接识别)
第二步:识别。首先,打开图像(256色);再次,进行归一化处理,点击“一次性处理”;最后,点击“R”或者使用菜单找到相应项来进行识别。识别的结果显示在屏幕上,同时也输出到文件result.txt中。
该系统的识别率一般情况下为90 。
此外,也可以单独对打开的图片一步一步进行图像预处理工作,但要注意,每一步工作只能执行一遍,而且要按顺序执行。
具体步骤为:“256色位图转为灰度图”-“灰度图二值化”-“去噪”-“倾斜校正”-“分割”-“标准化尺寸”-“紧缩重排”。
注意,待识别的图片要与win.dat和whi.dat位于同一目录,这两文件保存训练后网络的权值参数。
具体使用请参照书中说明。-Help
The first step: Training Network. Training in the use of training samples. (This process may or may not be trained because the training I have saved up a good network parameters, and readers can use to identify)
Step two: identification. First, open the image (256 colors) again, normalized to, click on the "one-time deal" Finally, click "R" or use the menu to find the corresponding item in the Department. Recognition results showed on the screen, as well as output to a file in result.txt.
Recognition rate of the system under normal circumstances was 90 .
In addition, you can open a separate picture of the image pre-processing step by step, but it must be noted that the implementation of each step can only work once, but according to the order of implementation.
Concrete steps as: "256-color bitmap to grayscale"- "grayscale binary"- "noise"- "tip-tilt correction"- "split"- "the standardization of size"- "tight rearrangement."
Note that picture to be
第一步:训练网络。使用训练样本进行训练。(此程序中也可以不训练,因为笔者已经将训练好的网络参数保存起来了,读者使用时可以直接识别)
第二步:识别。首先,打开图像(256色);再次,进行归一化处理,点击“一次性处理”;最后,点击“R”或者使用菜单找到相应项来进行识别。识别的结果显示在屏幕上,同时也输出到文件result.txt中。
该系统的识别率一般情况下为90 。
此外,也可以单独对打开的图片一步一步进行图像预处理工作,但要注意,每一步工作只能执行一遍,而且要按顺序执行。
具体步骤为:“256色位图转为灰度图”-“灰度图二值化”-“去噪”-“倾斜校正”-“分割”-“标准化尺寸”-“紧缩重排”。
注意,待识别的图片要与win.dat和whi.dat位于同一目录,这两文件保存训练后网络的权值参数。
具体使用请参照书中说明。-Help
The first step: Training Network. Training in the use of training samples. (This process may or may not be trained because the training I have saved up a good network parameters, and readers can use to identify)
Step two: identification. First, open the image (256 colors) again, normalized to, click on the "one-time deal" Finally, click "R" or use the menu to find the corresponding item in the Department. Recognition results showed on the screen, as well as output to a file in result.txt.
Recognition rate of the system under normal circumstances was 90 .
In addition, you can open a separate picture of the image pre-processing step by step, but it must be noted that the implementation of each step can only work once, but according to the order of implementation.
Concrete steps as: "256-color bitmap to grayscale"- "grayscale binary"- "noise"- "tip-tilt correction"- "split"- "the standardization of size"- "tight rearrangement."
Note that picture to be
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下载文件列表
数字识别系统源代码
..................\Bp.h
..................\ChildView.cpp
..................\ChildView.h
..................\DBpParamater.cpp
..................\DBpParamater.h
..................\DIBAPI.CPP
..................\DIBAPI.H
..................\DigitRec.aps
..................\DigitRec.clw
..................\DigitRec.cpp
..................\DigitRec.dsp
..................\DigitRec.dsw
..................\DigitRec.h
..................\DigitRec.rc
..................\INPUT1.cpp
..................\INPUT1.h
..................\MainFrm.cpp
..................\MainFrm.h
..................\mydiblib.h
..................\ReadMe.txt
..................\Release
..................\.......\DigitRec.exe
..................\.......\图片
..................\.......\....\num
..................\.......\....\result.txt
..................\.......\....\whi.dat
..................\.......\....\win.dat
..................\.......\....\测试图片6.bmp
..................\.......\....\测试图片7.bmp
..................\.......\....\训练样本.bmp
..................\res
..................\...\DigitRec.rc2
..................\Resource.h
..................\StdAfx.cpp
..................\StdAfx.h
..................\使用说明.txt
..................\Bp.h
..................\ChildView.cpp
..................\ChildView.h
..................\DBpParamater.cpp
..................\DBpParamater.h
..................\DIBAPI.CPP
..................\DIBAPI.H
..................\DigitRec.aps
..................\DigitRec.clw
..................\DigitRec.cpp
..................\DigitRec.dsp
..................\DigitRec.dsw
..................\DigitRec.h
..................\DigitRec.rc
..................\INPUT1.cpp
..................\INPUT1.h
..................\MainFrm.cpp
..................\MainFrm.h
..................\mydiblib.h
..................\ReadMe.txt
..................\Release
..................\.......\DigitRec.exe
..................\.......\图片
..................\.......\....\num
..................\.......\....\result.txt
..................\.......\....\whi.dat
..................\.......\....\win.dat
..................\.......\....\测试图片6.bmp
..................\.......\....\测试图片7.bmp
..................\.......\....\训练样本.bmp
..................\res
..................\...\DigitRec.rc2
..................\Resource.h
..................\StdAfx.cpp
..................\StdAfx.h
..................\使用说明.txt