搜索资源列表
crc-ccitt
- CRC-CCITT码: G(x)=X16+X12+X5+1 多项式为 0x08408 用VC++写的DLL 用VB调用的 有调用实例 -CRC-CCITT code : G (x) = X16 X12 X5 to a polynomial with VC 0x08408 written with VB DLL called the Call example
CRC-CCITT-tab
- 一个生成反相CRC-CCITT校验码表的单片机C程序,反相CRC-CCITT= 0x8408,开发环境为Keil C51-a generation RP-CRC-CCITT CRC table of SCM C procedures, RP-CRC-CCITT = 0x8408, the development environment for Keil C51
crc-ccitt
- 计算xk+1除CRC-CCITT后的余式,k从1到32768
crc
- CRC校验程序,使用了CRC-16和CRC-CCITT方法 -CRC inspection program, which use crc-16 and crc-ccitt method
CRC-16 CRC-32 算法介绍,程序代码
- CRC-16 CRC-32 算法介绍,程序代码-CRC-16 CRC-32 algorithm, the program code
crc
- vb关于CRC校验的程序-vb about CRC verification procedure
CRC算法原理及C语言实现
- ARM开发详解CRC算法原理及C语言实现-CRC algorithms for C Language
1crc
- 计算CRC16/CRC8/CRC32的程序,可获得CRC-CCITT/CRC-16/CRC-8/CRC-32的计算结果。 提供Delphi源代码和MCS51单片机的汇编源代码,分别采用两至三种不同算法实现。有比较详细的调用和使用说明。 更新历史: 2003/05/04 新增CRC-8算法的实现。 2004/02/02 修改CRC-8算法,新增CRC-32算法,增加比较详细的调用和使用说明。-CRC16/CRC8/CRC32 calcul
CRC算法和c语言实现
- CRC的全称为Cyclic Redundancy Check,中文名称为循环冗余校验。它是一类重要的线性分组码,编码和解码方法简单,检错和纠错能力强,在通信领域广泛地用于实现差错控制-CRC called the Cyclic Redundancy Check, the Chinese name of the Cyclic Redundancy Check. It is an important class of linear bloc
CRC循环校验具体算法
- 本代码是C语言实现的CRC循环校验具体算法-the code is the C language CRC checksum algorithm for the cycle
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 ne
CRC校验代码源程序
- CRC循环冗余,是一种查表法,实现数据的自动打包问题-Cyclic Redundancy is a look-up table method, the data is automatically packaged problems
crc-ccitt
- CRC-CCITT码: G(x)=X16+X12+X5+1 多项式为 0x08408 用VC++写的DLL 用VB调用的 有调用实例 -CRC-CCITT code : G (x) = X16 X12 X5 to a polynomial with VC 0x08408 written with VB DLL called the Call example
CRC-CCITT-tab
- 一个生成反相CRC-CCITT校验码表的单片机C程序,反相CRC-CCITT= 0x8408,开发环境为Keil C51-a generation RP-CRC-CCITT CRC table of SCM C procedures, RP-CRC-CCITT = 0x8408, the development environment for Keil C51
crc
- 生成多项式的最高位必须是1。例如:CRC-CCITT标准的16位生成多项式:g(x)= x16+x12+x1+1;阶数r = 16 即:0x11021.最高位通常为1。-Generating polynomial must be the highest one. For example: CRC-CCITT standard 16-bit generation polynomial: g (x) = x16+ X12+ X1+ 1
ccitt
- 能够对十六进制的数据进行CRC校验,校验码为ccitt码。
crc-ccitt
- 计算xk+1除CRC-CCITT后的余式,k从1到32768-Calculated xk+ 1 In addition to the post-CRC-CCITT congruence, k from 1-32768
crc_table_init
- 根据不同的生成多项,生成CRC的初始表值,包括CRC16,CRC-CCITT,CRC32-According to a number of different generation, CRC generation of the initial table values, including the CRC16, CRC-CCITT, CRC32
vb-CRC
- CRC校验VB源码,直接可以使用,有注释-CRC Checksum VB source, can be used directly, has the Notes
CRC
- The 16-bit CRC checksum. The algorithm used is CRC-CCITT. The CRC calcula- tion includes all bytes of the fr a me. The data bytes have to be calculated as a word. At first you have to shift in the high byte of the d