Coding and equalization for PPM on wireless infrared channels

@article{Lee1999CodingAE,
  title={Coding and equalization for PPM on wireless infrared channels},
  author={David C. M. Lee and Joseph M. Kahn},
  journal={IEEE Trans. Communications},
  year={1999},
  volume={47},
  pages={255-260}
}
We analyze the performance of trellis-coded pulseposition modulation with block decision-feedback equalization (BDFE) and parallel decision-feedback decoding (PDFD) on indoor, wireless infrared channels. We show that the reduced complexities of BDFE and PDFD as compared to maximum-likelihood sequence detection allow for better codes whose increased coding gain more than compensates for the penalty due to suboptimal detection. We quantify these net gains in performance over a range of dispersive… CONTINUE READING
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