Single trellis decoding of Reed-Solomon and convolutional concatenated code

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Single trellis decoding of Reed-Solomon and convolutional concatenated code

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By using the trellis approaches suggested by Wolf, block codes can be decoded by trellis decoding methods. The authors apply these methods to RS-convolutional concatenated codes and propose a decoding method using a single combined trellis structure comprising a convolutional code and RS code to easily obtain the soft decision decoding gain. The proposed decoding algorithm eliminates the need for a symbol interleaver, thus removing the time delay due to the symbol interleaver. The performance of the soft decision single trellis decoding of RS-convolutional concatenated codes over a fading channel is evaluated by simulation.

Inspec keywords: fading channels; decoding; convolutional codes; Reed-Solomon codes; concatenated codes; trellis codes

Other keywords: Reed-Solomon code; fading channel; RS-convolutional concatenated codes; soft decision decoding gain; single trellis decoding

Subjects: Codes

References

    1. 1)
      • J.K. Wolf . Efficient maximum likelihood decoding of linear block codes using a trellis. IEEE Inf. Theory , 76 - 80
http://iet.metastore.ingenta.com/content/journals/10.1049/el_19990009
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