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crc16andall
- 调试多年的CRC通用程序,适于各种生成多项式.调试通过.与手工算法一致 -debugging years of CRC program, suitable for a variety of generating polynomial. Debugging through. Consistent with the manual algorithm
crc校验详解
- CRC 校验源码分析,说明了CRC 校验中CRC 值是如何计算出来的，体现的多项式正是X16+X12+X5+1。 Serial Data 即是需要校验的数据。-CRC source analyzed that the CRC value of the CRC calculation of the show that the polynomial is an X16 X12 X5. Serial Data that is the need for calibration data.
crc校验的matlab程序
- crc校验的matlab程序，对多项式进行处理，可以正常运行，经过fpga实现验证-crc check of the matlab program, processing of the polynomial can be normal operation, after verification fpga implementation
CRC16packetdetection
- 用CRC-16实现错误的校验，生成多项式为ITU标准多项式。我将这一模块用于数据包纠错中效果很好-CRC-16 used to achieve the wrong checksum, generating polynomial for the ITU standard polynomials. I will package this module for data error correction in the effective
crc_division
- 16位CRC的按位除法,多项式为16,12,5,1-16-bit division by the CRC, the polynomial for 16,12,5,1
CRC8_Dev
- 多项式为g(x)=x8+x5+x4+1的CRC-8 检验开发.绝对正确且易懂-Polynomial g (x) = x8+ x5+ x4+1 of the CRC-8 test development. Absolutely correct and easy to understand
crc8-code
- 1. 用查表法计算CRC码，编码方式：生成多项式为x8+x2+x+1 2. 环境要求：系统Windows2000/XP/7；C语言；编译环境为C-Free或VC++ 6.0 3. 信息交换内容为文本文件；信息交换方式为共享文件 4. 功能：能在两台计算机机上运行程序，一台产生CRC码，另一台校验。-CRC code calculated using the look-up table method, the encoding: generating polynomial of as