Esavg, and Esavg = b Ep. Part-2: Rectangular 8-QAM modulation Consider the rectangular 8-QAM modulation scheme, with amp

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Esavg, and Esavg = b Ep. Part-2: Rectangular 8-QAM modulation Consider the rectangular 8-QAM modulation scheme, with amp

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Esavg And Esavg B Ep Part 2 Rectangular 8 Qam Modulation Consider The Rectangular 8 Qam Modulation Scheme With Amp 1
Esavg And Esavg B Ep Part 2 Rectangular 8 Qam Modulation Consider The Rectangular 8 Qam Modulation Scheme With Amp 1 (110.08 KiB) Viewed 38 times
Esavg, and Esavg = b Ep. Part-2: Rectangular 8-QAM modulation Consider the rectangular 8-QAM modulation scheme, with amplitudes Amc E-3A – A,+A, 3A} and Ams E{-A, +A} for (S1, S2, ...,S8} symbols, where A can be expressed as the average symbol energy symbols A = a) Using Matlab program obtain and plot the probability of bit error for the rectangular 8-QAM as a function of y = in dB. (Note: YdB = 10 log10(Y)), (from 0 dB to 15 dB). No b) Using the Monte-Carlo Simulation, obtain and plot the probability of bit error Pp for Binary- PAM as a function of y = in dB (from 0 dB to 12 dB). No c) Plot the results in part a and b in the same figure and compare the theoretical results and monte-carlo simulation results.
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