Unformatted text preview: Z = sqrt(1/2)*(randn(M,N)+j*randn(M,N)); where d,M,N represent respectively the number of signals, the number of antennas, and the number of samples taken from the array. The symbol P represents the signal power, and is deﬁned to be 10 SNR / 10 , where SNR is the signaltonoise ratio in dB. (a) Plot the MUSIC spectrum from θ =45 ◦ to θ = 45 ◦ for a case where the SNR is 10dB, M = 8, N = 50 and θ = [10 ◦ 5 ◦ 10 ◦ ]. (b) Experiment with the above scenario by changing the SNR, M,N , and the spacing of the sources. Comment on what you observe....
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 Fall '09
 Swindlehurst
 Digital Signal Processing, Signal Processing, Decibel, Signaltonoise ratio, Analogtodigital converter, array response vectors

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