The dynamic decode-and-forward channel: SNR allocation.
Maagh, Stefan; Sharp, John; Binnie, David
Dr David Binnie D.Binnie@napier.ac.uk
In the half-duplex relay channel applying the decode-and-forward protocol the relay introduces energy over random time intervals into the channel as observed at the
destination. Consequently, during simulation the average signal power seen at the destination becomes known at run-time only.
Therefore, in order to obtain specific performance measures at the signal-to-noise ratio (SNR) of interest, strategies are required to adjust the noise variance during simulation run-time. It is necessary that these strategies result in the same performance as measured under real-world conditions. This paper introduces three noise power allocation strategies and demonstrates their applicability using numerical and simulation results.
Maagh, S., Sharp, J., & Binnie, D. (2013). The dynamic decode-and-forward channel: SNR allocation. In Telecommunications forum: TELFOR 2013 (319-322). https://doi.org/10.1109/TELFOR.3013.6716234
|Conference Name||21st Telecommunications forum TELFOR 2013|
|Start Date||Nov 26, 2013|
|End Date||Nov 28, 2013|
|Publication Date||Nov 28, 2013|
|Deposit Date||Jun 10, 2016|
|Publisher||Institute of Electrical and Electronics Engineers|
|Peer Reviewed||Not Peer Reviewed|
|Book Title||Telecommunications forum: TELFOR 2013|
|Keywords||Signal-to-noise ratio (SNR); dynamic decodeand-forward (DDF); half-duplex relay channel; rate-compatiblepunctured convolutional (RCPC) code; outage probability;throughput;|
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