saeddawoud
Full Member level 3
amplify-and-forward cooperative diversity
Hello,
I am working on a cooperative diversity topic using AF relay, at which the received signal from the source is amplified and forwarded by the relay to the destination. Now, if we suppose that the source \[S\] has a single antenna, and the relay has \[N_A\] receive antennas, and we assume that the channels between \[S\] and \[R\] are i.i.d Rayleigh fading channels. We want to find the amplification factor \[G\] at \[R\], such that the transmitted power by \[R\] is \[P_R\]. How to compute \[G\]?
Regards
Hello,
I am working on a cooperative diversity topic using AF relay, at which the received signal from the source is amplified and forwarded by the relay to the destination. Now, if we suppose that the source \[S\] has a single antenna, and the relay has \[N_A\] receive antennas, and we assume that the channels between \[S\] and \[R\] are i.i.d Rayleigh fading channels. We want to find the amplification factor \[G\] at \[R\], such that the transmitted power by \[R\] is \[P_R\]. How to compute \[G\]?
Regards
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