基于连续二位差错控制的研究

目前在各个领域中用于差错控制的几乎都是循环码CRC(Cyclic Redundancy Check).这是因为它的编译在软硬件上都易于实现,而且它的检错纠错能力强,不但可用于纠正独立的随机错误,也可以用于纠正突发错误.但是,基于CRC对连续二位的差错检错和纠错能力不强的问题,提出了用交错传输的方法,在实际应用中取得很好的检错纠错效果,并在CRC的纠错理论上证明了在基于CRC编码条件下,用交错传输法能提高对连续二位的差错检错与纠错能力.

STUDY ON ERROR-CHECK CONTROL BASED ON CONTINUOUS TWO-BITS

Cyclic Redundancy Check (CRC) is so widely adopted nowadays in error-check control due to the fact that it is not only capable of being programmed in both software and hardware, but is also effective in error-checking and powerful in error-correcting in terms of random individual errors as well as sudden and unexpected errors. CRC, however, displays a poor performance in checking and correcting continuous two-bits error. This paper, with an aim to solve this problem, introduces an interleaving transmission ...