搜索资源列表
SVMLS_v0
- 这是张开化在CIPI上的一篇文章的源代码，其中在图像分割的同时实现了偏差的校正，很有研究价值，里面有好多经典之笔-This is the opening of the CIPI an article on the source code, which at the same time to achieve image segmentation error correction, great research value, there are a lot of classic pen
txm
- 本标准规定了QR码符号的要求。它规定了QR码模式2符号的特征，数据字符编码，符号格式，尺寸特征，纠错规则，参考译码算法，符号质量要求，以及可由用户选择的应用参数，在附录中给出了QR码模式1符号不同于模式2的特性。-This standard sets out the requirements of QR Code symbols. It provides a QR Code symbol Mode 2 characteristics, data character encoding, symbo
fes
- 前置系统简介1.02版本简介(Front End System)前置系统的任务是进行全网实时数据的采集和预处理，具体内容为：监视通道的 工作状态；规约转换；收集各RTU送来的信息；对该信息加工形成所要求的数字信息； 对信息进行识别、检错、纠错处理；与后台机通讯以及向RTU传送控制命令 。-System version 1.02 pre-brief introduction (Front End System) pre-mission system for the whole netw
PDF417error-correctingcode
- 对PDF417条码纠错方面的原理！希望对研究条码的人有用-PDF417 barcode error correction on the principle of respect! I hope the study were useful barcode
swell
- 四维地图经纬度偏差校正程序，请调用.h文件中的函数。-Four-dimensional map latitude and longitude error correction procedures, please call. H file function.
no.three
- matlab6.5图形图像处理源程序--第三章源代码，可以减少大家输入和纠错的时间。-matlab6.5 graphic image processing source code- Chapter III of the source code, you can reduce the input and error correction time.
no.five
- matlab6.5图形图像处理源程序--第五章源代码，可以减少大家输入和纠错的时间。-matlab6.5 graphic image processing source- Chapter V source code, you can reduce the input and error correction time.
no.six
- matlab6.5图形图像处理源程序--第六章源代码，可以减少大家输入和纠错的时间。-matlab6.5 graphic image processing source code- Chapter VI of the source code, you can reduce the input and error correction time.
no.seven
- matlab6.5图形图像处理源程序--第七章源代码，可以减少大家输入和纠错的时间。-matlab6.5 graphic image processing source code- Chapter VII of the source code, you can reduce the input and error correction time.
no.eight
- matlab6.5图形图像处理源程序--第八章源代码，可以减少大家输入和纠错的时间。-matlab6.5 graphic image processing source code- Chapter VIII of the source code, you can reduce the input and error correction time.
Hamming
- hamming code for error correction
rs
- 这是RS编码和字节交织的程序，该程序用来研究R-S码结合交织技术的纠错能力。-This is the RS coding and byte interleaving of the program, the program used to study the RS code combined with interleaving error correction capability.
1
- 图像处理，RS编码，纠错码这个单元对每个扰码后的传输数据帧,包括同 步字节进行截短的RS(204,188)编码.RS编码时, 在信息位前添加51字节的“0”再进入RS(255,239) 编码器,编码后再截去这些字节.RS(255,239)编码 -Image processing, RS coding, error correction code for each scrambling code of this unit after the transmission of data
ColorQuantization
- 针对色调在颜色量化时容易出现偏差,提出了一种基于直方图特性的颜色量化算法,在颜色量化时对色调进行修正,并采用脉冲耦合神经网络对颜色量化结果进行分割验证.-For color in the color quantization error prone, a feature based on the color histogram quantization algorithm, when the color quantization for color correction, and using p
watermaking
- 本文提出了一种基于自然语言的文本水印算法，可以在提取的水印中对其进行纠错和改错。-This paper presents a text based natural language watermarking algorithm can extract the watermark in the conduct of its error correction and error correction.
watermark_paper5
- 一种应用纠错编码的数字水印算法，很好的一篇数字水印文章-An application of digital watermarking algorithm for error correction coding, a very good article of a digital watermark
RSdecoding-software-realization
- 程序在Visual C++6.0编译环境下充分利用了迭代算法、钱氏搜索法和Foney算法实现了译码输出，最后模拟多种差错数据对译码算法进行纠错纠删能力分析，验证其纠错性能。-Program in Visual C++ 6.0 compile environment make full use of the iterative algorithm, lingwai search method and Foney algorithm to realize the decoding output, a
bianma
- BCH码的编译码算法依据的原理，并且实现了BCH (15, 5)码的仿真。该码码长n=15, 信息码位k=5, 纠错位t=3, 阶数m=4, 能纠错3位。译码所用的方法是彼得森译码方法。在彼得森一码中采用计算校正子，然后用校正子寻找错误图样的方法。-BCH code encoding and decoding algorithm based on the principle, and BCH (15, 5) code of the simulation. The code code lengt
LevelingAdjust
- 基于vc平台的 水准网平差程序代码.从数据录入到自动寻找相邻边，高差闭合差改正，最小二乘平差。最后数据输出。-Vc platform leveling network adjustment program code from data entry to automatically find the adjacent side elevation difference closure error correction, least squares adjustment. The last data
A-Robust-Motion-Error-Estimation
- High-resolution airborne synthetic aperture radar (SAR) systems are very sensible to deviations of the aircraft from the reference track. In high-resolution imagery, the improvement of range resolution increases the difficulty of implementing r