This work mainly investigates the RS codes in the deep space communication.
本文主要对应用于深空信道编码的RS码进行了研究。
At last the encoding and decoding algorithm for shortened length RS codes is also given.
文末还给出了缩短R S码的编码和解码算法。
Check bit of divide operation circuits of rs codes is realized by using shift registers.
对RS编码器采用移位寄存器形式，来实现除法电路求得监督位。
The two new circuits are very practical in application and extension of RS codes with good performance.
这两种新电路对性能优良的rs码的使用和推广具有实用价值。
Based on the RS codes, the improvements in system performance are given for different coding efficiency.
结合RS码的编码性能，给出了不同系统余量和不同码率下的系统性能的改善情况。
This algorithm serves particularly for decoding of the concatenated RS codes in combinatory channel with serious disturbance.
该算法特别适用于干扰严重的组合信道中级连r S码的译码。
Decoding codes such as BCH, RS codes consist essentially of solving the key equation, namely, finding error locator polynomial.
BCH码、RS码的译码问题主要归结为一个所谓关键方程的解决，也即是错位多项式的求法。
The paper introduces a method of fast decoding RS code. It USES the singularity of syndrome matrix to find out the error locations of RS codes.
介绍一种快速RS译码方法，利用伴随矩阵的奇异性找出RS码的错误位置。
At last, the performance of rs decoding in frequency domain is simulated in MATLAB and the conclusion is rs codes can effectively correct random errors and burst errors.
最后对RS码频域译码的性能进行了MATLAB仿真，结论是RS码能有效地纠正码字中的随机错误和突发错误。
A method of combining RS-LT concatenated codes for wireless image transmission was presented in this paper.
提出了一种应用于无线图像传输的RS -LT级联编码方法。
The paper items from a project on developing communication devices. The implementation of CRC-RS decoder in the project asks for an adoption of RS and extended shortened CRC codes.
本论文内容来源于某通信设备研制项目，该项目中的“CRC-RS译码器的设计”要求采用RS和扩展缩短CRC码来实现。
Based on the interlace and concatenation, a new class of error-correcting codes over two-dimension, RS-Complex Rotary Codes, is proposed.
针对双向监督复转码的原译码算法会产生错纠信息元的情况，提出了新的改进算法。
The proposed semi-fragile watermarking scheme is realized using the RS error-correcting codes and wavelet decomposition.
利用RS码的编码冗余和图像特定域的数据特性实现了基于RS码的图像半脆弱水印。
The proposed semi-fragile watermarking scheme is realized using the RS error-correcting codes and wavelet decomposition.
利用RS码的编码冗余和图像特定域的数据特性实现了基于RS码的图像半脆弱水印。
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