A new design and implementation of RS codec system

Jianhua Li, Jingbiao Wei, Wu Lan, Changjiang Liu, Bin You, Yifan Hu, Shanwu Cao
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Abstract

In the field of military wireless communication, digital signals will generate bit errors due to various interferences in the process of channel transmission. In order to improve the communication quality and ensure the correctness and reliability of the communication, the method of error control is usually used for error correction. Error control often adopts the technology of error correction code, which improves the reliability of information transmission by adding redundant information to the effective information code stream. RS code is a typical error correction code with strong error correction ability, which can correct both random errors and burst errors. On this basis, this paper studies the basic rules of RS code construction, designs a new type of codec system circuit for RS (35,27) code, and finally uses hardware description language to design the encoder and decoder, implementation and simulation verification. It has been verified that the RS encoding, and decoding system is stable and reliable, has excellent performance, strong error correction ability, strong scalability, and has a broad application space.
一种新的RS编解码系统的设计与实现
在军用无线通信领域,数字信号在信道传输过程中会受到各种干扰而产生误码。为了提高通信质量,保证通信的正确性和可靠性,通常采用误差控制的方法进行纠错。错误控制通常采用纠错码技术,在有效的信息码流中加入冗余信息,提高信息传输的可靠性。RS码是一种典型的纠错码,纠错能力强,既可以纠错随机错误,也可以纠错突发错误。在此基础上,本文研究了RS码构造的基本规则,设计了一种新型RS(35,27)码编解码系统电路,最后利用硬件描述语言对编解码器进行设计、实现和仿真验证。实践证明,RS编解码系统稳定可靠,性能优异,纠错能力强,可扩展性强,具有广阔的应用空间。
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