电子科技大学光纤通信国家重点实验室
纸质出版:1999
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[1]朱荣华.一种CRC并行计算原理及实现方法[J].电子学报,1999(04):144-146.
Zhu Ronghua. The Principle and Implementation of a Parallel CRC Computing[J]. Acta Electronica Sinica, 1999, (4).
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.
The principle and implementation of a general parallel Cyclic Redundancy Code
or CRC computing are described in the paper.It is suitable for any generator polynomial and any parallel degree of generator polynomial between 1 and 32.Compare with Table Lookup Algorithm
it need not the high speed RAM which was used to store the remainder table
and decrease the delay.Thus
we can increase properly parallel degree to decrease the clock frequency of CRC computing in high speed digital systems.
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