How to compute ERGODIC CHANNEL CAPACITY for 8 element mimo antenna
Nt = 5;
Nr = 5;
gammaBar = -10:2:30;
SNR = 10 .^(gammaBar/10);
H = sqrt(1/2) * (randn+1j*randn);
for idx = 1:1:length(SNR)
c(idx) = log2(det((eye(Nr))+((SNR(idx)/Nt)*abs(H)*(abs(H’)))));
end
plot(gammaBar,c)
xlabel(‘SNR in dB’);
ylabel(‘Ergodic Channel Capacity’);
Plot this frequency vs Channel CapacityNt = 5;
Nr = 5;
gammaBar = -10:2:30;
SNR = 10 .^(gammaBar/10);
H = sqrt(1/2) * (randn+1j*randn);
for idx = 1:1:length(SNR)
c(idx) = log2(det((eye(Nr))+((SNR(idx)/Nt)*abs(H)*(abs(H’)))));
end
plot(gammaBar,c)
xlabel(‘SNR in dB’);
ylabel(‘Ergodic Channel Capacity’);
Plot this frequency vs Channel Capacity Nt = 5;
Nr = 5;
gammaBar = -10:2:30;
SNR = 10 .^(gammaBar/10);
H = sqrt(1/2) * (randn+1j*randn);
for idx = 1:1:length(SNR)
c(idx) = log2(det((eye(Nr))+((SNR(idx)/Nt)*abs(H)*(abs(H’)))));
end
plot(gammaBar,c)
xlabel(‘SNR in dB’);
ylabel(‘Ergodic Channel Capacity’);
Plot this frequency vs Channel Capacity ergodic channel capacity, mimo antenna MATLAB Answers — New Questions
