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CRC
- 本文提出一种通用的CRC 并行计算原理及实现方法,适于不同的CRC 生成多项式和不同并行度(如8 位、16 位、及32 位等) ,与目前已采用的查表法比较,不需要存放余数表的高速存储器,减少了时延,且可通过增加并 行度来降低高速数传系统的CRC 运算时钟频率.-In this paper, a universal principle of CRC and implementation of parallel computing methods for generating differ
crc16
- Calculate CRC-8 Values. Uses The CCITT-8 Polynomial, Expressed As X^8 + X^5 + X^4 + 1 -Calculate CRC-8 Values. Uses The CCITT-8 Polynomial, Expressed As X^8+ X^5+ X^4+ 1
Cyclic-Redundancy-Code-(CRC)-Polynomial-Selection
- Cyclic Redundancy Code (CRC) Polynomial Selection For Embedded Networks
vb_crc_ccitt_
- CRC-16 校验有多种模式，上位端的必须与下位机一致。实际上，需要确定的就是多项式是初始值。-Check a variety of modes, the upper end must need to determine is the polynomial is the initial value, and the next crew.
A-Fast-CRC-Implementation-on-FPGA
- 快速实现crc polynom fpga使用流水线架构-A Fast CRC Implementation on FPGA Using a Pipelined Architecture for the Polynomial Division
crc16
- 信息交换内容为文本文件；通信信息交换通过共享文件实现编码要求：用模 2 除法计算 CRC 码，生成多项式为 CRC-16 能在两台计算机机上运行程序，一台产生 CRC 码，另一台校验。-Clearing the contents of a text file communications exchange achieved through shared document coding requirements: CRC code calculated by modulo-2 division,