Description: 著名的RS编解码的资料及源代码，相信对信道编码感兴趣的朋友会有所帮助。-famous RS codec information and the source code, I believe right channel coding interested friends will be helpful. Platform: |
Size: 295936 |
Author:林栋 |
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Description: 通信系统的仿真,Reed-Solomon-codes是纠错码的一种,可以用于通信领域,本例子给出了基于matlab的程序,可用于实际的仿真!-communications system simulation, Reed-Solomon-codes is an error-correcting codes, communications can be used, the example is given of the procedures based on Matlab can be used for actual simulation! Platform: |
Size: 1024 |
Author:陈榧 |
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Description: 数字喷泉码的编码matlab代码及编译码说明，编码代码附录在文后-code encoding and the encryption code Matlab note, coding code in the text after the Appendix Platform: |
Size: 587776 |
Author:王锋 |
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Description: This simulation simulates coded OFDM using RS Code over wireless channel
This simulation simulate wireless Coded OFDM over mobile multipath fading channel. The model use QPSK, Reed-Solomon Channel Coding, and training based channel estimation
-This simulation simulates coded OFDM usin g RS Code over wireless channel This simulation simulate Coded OFDM wireless mobile multi over path fading channel. The model use QPSK. Reed-Solomon Channel Coding, and training based channel estimation Platform: |
Size: 12288 |
Author:马瑞 |
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Description: 解压后的文件中包括类CReedSolomon用于RS码的解码及编码，有测试！本人已经测过，非常好用-After extracting the files to include category CReedSolomon for the RS code decoding and encoding, have test! I have been measured before, very easy to use Platform: |
Size: 5120 |
Author:zyk |
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Description: This matlab code on reed solomon and BCH encoding and different decoding algorithms. Also errors and erasures. Platform: |
Size: 27648 |
Author:kishore |
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Description: 信道编码非常有用的一本书，可以供通信方面的参考一下- A reorganized and comprehensive major revision of a classic book, this edition provides a bridge between introductory digital communications and more advanced treatment of information theory. Completely updated to cover the latest developments, it presents state-of-the-art error control techniques. Coverage of the fundamentals of coding and the applications of codes to the design of real error control systems. Contains the most recent developments of coded modulation, trellises for codes, soft-decision decoding algorithms, turbo coding for reliable data transmission and other areas. There are two new chapters on Reed-Solomon codes & concatenated coding schemes. Also contains hundreds of new and revised examples and more than 200 illustrations of code structures, encoding and decoding circuits and error performance of many important codes and error control coding systems. Appropriate for those with minimum mathematical background as a comprehensive reference for coding theory. Platform: |
Size: 21752832 |
Author:vidivici |
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Description: This program is used to Simulate the performance of (n,k)Reed Solomon code in AWGN channel with plotting the results and compare with the theoretical performance of this code in AWGN channel. The program also print the SNRdB, absolute snr ,simulated probability of error, exact probability of error in each steps-This program is used to Simulate the performance of (n,k)Reed Solomon code in AWGN channel with plotting the results and compare with the theoretical performance of this code in AWGN channel. The program also print the SNRdB, absolute snr ,simulated probability of error, exact probability of error in each steps Platform: |
Size: 1024 |
Author:ghanim |
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Description: DECODED = RSDEC(CODE,N,K) attempts to decode the received signal in CODE
using an (N,K) Reed-Solomon decoder with the narrow-sense generator
polynomial. CODE is a Galois array of symbols over GF(2^m), where m is the
number of bits per symbol. Each N-element row of CODE represents a
corrupted systematic codeword, where the parity symbols are at the end and
the leftmost symbol is the most significant symbol. If N is smaller than
2^m-1, then RSDEC assumes that CODE is a corrupted version of a shortened
code.-DECODED = RSDEC(CODE,N,K) attempts to decode the received signal in CODE
using an (N,K) Reed-Solomon decoder with the narrow-sense generator
polynomial. CODE is a Galois array of symbols over GF(2^m), where m is the
number of bits per symbol. Each N-element row of CODE represents a
corrupted systematic codeword, where the parity symbols are at the end and
the leftmost symbol is the most significant symbol. If N is smaller than
2^m-1, then RSDEC assumes that CODE is a corrupted version of a shortened
code. Platform: |
Size: 2048 |
Author:jjjura |
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