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Pairwise error probability of space–time codes for a keyhole channel

Pairwise error probability of space–time codes for a keyhole channel

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© The Institution of Engineering and Technology
Published

A closed-form upper bound is presented for the average pairwise error probabilities (PEP) of space–time codes for a keyhole channel. It is derived from the exact conditional PEP for given fading channel coefficients using a moment generating function-based approach. Simulation results are included for varying numbers of antennas that affirm that the proposed PEP serves as a tight bound for codes in a keyhole channel.

Inspec keywords: space-time codes; fading channels; channel coding; error statistics

Other keywords: space-time codes; fading channel; antennas; keyhole channel; PEP; moment generating function-based approach; closed-form upper bound; pairwise error probability

Subjects: Radio links and equipment; Other topics in statistics; Codes

References

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      • Sanayei, S., Hedayat, A., Nosratinia, A.: `Space-time codes in keyhole channels: analysis and design', Proc. IEEE Globecom'04, Nov. 2004, Dallas, TX, USA, p. 3768–3772.
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