parinaz
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Hi,
I am doing my MSc on "Physical layer security". One of my main references is a paper entitled "Joint Relay and Jammer Selection for Secure Two-Way Relay Networks". I have a problem regarding this and would be grateful if you advise me.
I am doing Matlab simulating the secrecy rate in the scenarios that the best relay and jammers must be selected to optimize it. I have assumed 10^5 bits per transmission. Since the channel is slow flat fading, channel coefficients have been assumed constant per 10 bits. Therefore, I have 10^4 different channel coefficients and relay - jammer selections. How can I compute the final SINR and final secrecy rate? Should I compute SINRs for each of channel realization and make average over them or maybe my understanding is wrong?
I appreciate your help
Parinaz
I am doing my MSc on "Physical layer security". One of my main references is a paper entitled "Joint Relay and Jammer Selection for Secure Two-Way Relay Networks". I have a problem regarding this and would be grateful if you advise me.
I am doing Matlab simulating the secrecy rate in the scenarios that the best relay and jammers must be selected to optimize it. I have assumed 10^5 bits per transmission. Since the channel is slow flat fading, channel coefficients have been assumed constant per 10 bits. Therefore, I have 10^4 different channel coefficients and relay - jammer selections. How can I compute the final SINR and final secrecy rate? Should I compute SINRs for each of channel realization and make average over them or maybe my understanding is wrong?
I appreciate your help
Parinaz
