Evaluation of decoding trade-offs of concatenated RS convolutional codes and turbo codes via trellis

@article{Balaji2015EvaluationOD,
  title={Evaluation of decoding trade-offs of concatenated RS convolutional codes and turbo codes via trellis},
  author={Pavithra Balaji and C. Pavan Kumar and R. Selvakumar and Raghunadh K. Bhattar},
  journal={2015 2nd International Conference on Signal Processing and Integrated Networks (SPIN)},
  year={2015},
  pages={300-304}
}
Deep Space Communication channel basically operates in a highly power-limited regime and as a result has a very low signal-to-noise ratio; to a great extent it becomes obvious to decide upon better coding techniques to achieve high coding gain, high spectral efficiency to aim for less probability of error and ultimately reach Shannon limit. Based on this view point, in 1970s Reed-Solomon Convolutional Concatenated (RSCC) codes captured lot of attention with rate-14 inner convolutional code and… CONTINUE READING