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CRC校验算法(包含8位16位32位)
- CRC校验算法(包含8位16位32位),原文件中说明也不多,有兴趣的可以研究一下-CRC algorithm (includes 8 16 32), the original document which is not large, interested parties can study
16位CRC算法
- 16位CRC:生成CRC16表(256项),用于快速查表计算 // 在程序初始化时就先调用,预先生成CRC16Tab[256]查表数据-16 CRC : formation CYXLIC REDUNDANCY (256), Fast look-up table for calculation// initialization procedure on first call, pre-generation CRC16Tab [256]
8-16位CRC校验的算法程序
- 分别用PIC和51系列语言编写的8位、16位CRC校验的算法程序,已经验证过,好用。-respectively PIC and 51 languages of eight, 16 of the CRC algorithm procedures, already tested and ease of use.
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上传程序
- 写CRC编解码程序时,整理的文件,压缩文件既有理论说明,也有源代码。源代码格式用C,VHDL,Verilog。-write CRC codec procedures, collating documents, compressed files both theoretical statements, and the active code. Source code format C, VHDL, Verilog.
CRC-calculation
- 用JAVA编写的CRC公式计算器,希望对大家有帮助-prepared using JAVA CRC formula calculator, we hope to help
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
tr_crc16
- 8051-CRC 16 校驗檢查碼 CRC16 校驗檢查碼- 源碼 asm -8051-16 CRC checksum verification check code CYXLIC REDUNDANCY check code-source asm2
crc_test
- 使用CRC-16 ,CCITT多项式的CRC检验生成,检验的原程序,可用于网路通信的信号传输检验用-using CRC-16, CCITT CRC polynomial test generation, the original testing procedures, can be used for network communications signal transmission tests using
CRC-C51
- 单片机的CRC C51源程序。本程序采用查表法,提高单片机运算速度。-MCU CRC C51 source. The program uses a look-up table, the enhancement of SCM computational speed.
lib_crc_16-32
- crc-16 crc-8 crc-32各种CRC校验C源代码-crc-16 crc-8 crc-32 various CRC C source code
crc_16
- CRC-16的编解码程序和仿真结果。统计了漏检概率随错误比特数目的曲线。-CRC-16 codec procedures and simulation results. Statistics of the undetected bit error probability with the number of curves.
crc
- MSP430的CRC程序设计实现,位运算和查表法-MSP430 realize the CRC program design, digital computing and look-up table method
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
crc16.
- CRC算法原理及实现,生成多项式为"1 1000 0000 0000 0101"(CRC-16),简记作0x18005。-CRC algorithm and implementation, generating polynomial for the
crc16
- 函数名称:CRC-16 Process 函数原型:INT16U make_crc16(INT8U *msgaddr,INT8U datalen) 函数功能:进行CRC校验和产生CRC代码.这个函数只影响全局变量crc16. 校验字放在字符串最后,低8位在前高8位在后. msgaddr : 进行CRC16校验的据块的首地址 datalen : 进行CRC16校验的据块的个数 CRC-ITU的
MB_CRC-16
- 计算CRC校验码,详细说明看源代码中的注释。-CRC checksum calculation code, source code detailed descr iption look in the Notes.
GetCRC16
- 单片机C语言获得CRC-16效验码的查表算法.快速有效.-Singlechip C language access to CRC-16 well-tested code look-up table algorithm. Quickly and efficiently.
crc
- 用Verilog编写crc校验码,包括8位,12位,16位,32位,非常实用-Prepared using Verilog CRC check codes, including 8, 12, 16, 32, a very practical
mbcrc
- crc-16 数据冗余校验,C语言代码.-crc-16 data redundancy check, C language code.