You need to implement MPSK/MESK/MQAM systems entirely in Simulink. Find the simulated BER at a given value. You can save your BER result in the workspace, and then run for a different value. You can then have the simulated BER for different values of (in dB). For the simulated BER analysis, you are not allowed to use built-in communication toolbox functions like berawgn, comm.PSKModulator or similar. While varying you need to observe BER values at least in the order of 10-5. Your simulations should end in reasonable times. Otherwise please check your simulation parameters. Once you have your results, you can have a separate .m file to plot the BER VS in dB) figures. Question 11 MPSK) In Simulink, implement an 8PSK and 16PSK uncoded and coded modulation systems and plot the simulated BER of uncoded communication and convolutional coded modulation with the default encoder "poly2trellis(7, [171 133])" for different values of dB. For the parameters you consider in the question, create a table including transmission bandwidth, data rate, and BER for the considered cases, and comment on your results. In Simulink, the symbol duration of the AWGN channel for 8FSK and 16FSK uncoded and coded modulation systems should be the same. You can set your own symbol duration Question 2 - MFSK) In Simulink, implement 4FSK and 16F5K coded (convolutional code with encoder polytrellis(7, [171 133])) modulation systems. Using the spectrum analyzer, plot the 4FSK and 16FSK modulated signal spectrums at the output of the AWGN channel under = 10 dB. Comment on your results. Plot the simulated BER as a function of for both coded 4FSK and 16FSK modulations. For the parameters you consider in this question, create a table including transmission bandwidth, data rate, and BER for the considered modulations, and comment on your results. In Simulink, the symbol duration of the AWGN channel for 4FSK and 16FSK coded modulation systems should be the same. You can set your own symbol duration. Question 3 - (BPAM) You can set your own transmission data rate for this question. In Simulink, implement an uncoded and coded (Hamming (7,4)) BPAM modulation. Plot the uncoded and coded simulated BER as a function of te for both cases. For the parameters you consider in this question, create a table including transmission bandwidth, data rate, and BER for the considered modulations, and comment on your results. In Simulink, the data rate (bit period) for uncoded and coded BPAM modulation systems should be the same. You can set your own bit period. You need to implement MPSK/MESK/MQAM systems entirely in Simulink. Find the simulated BER at a given value. You can save your BER result in the workspace, and then run for a different value. You can then have the simulated BER for different values of (in dB). For the simulated BER analysis, you are not allowed to use built-in communication toolbox functions like berawgn, comm.PSKModulator or similar. While varying you need to observe BER values at least in the order of 10-5. Your simulations should end in reasonable times. Otherwise please check your simulation parameters. Once you have your results, you can have a separate .m file to plot the BER VS in dB) figures. Question 11 MPSK) In Simulink, implement an 8PSK and 16PSK uncoded and coded modulation systems and plot the simulated BER of uncoded communication and convolutional coded modulation with the default encoder "poly2trellis(7, [171 133])" for different values of dB. For the parameters you consider in the question, create a table including transmission bandwidth, data rate, and BER for the considered cases, and comment on your results. In Simulink, the symbol duration of the AWGN channel for 8FSK and 16FSK uncoded and coded modulation systems should be the same. You can set your own symbol duration Question 2 - MFSK) In Simulink, implement 4FSK and 16F5K coded (convolutional code with encoder polytrellis(7, [171 133])) modulation systems. Using the spectrum analyzer, plot the 4FSK and 16FSK modulated signal spectrums at the output of the AWGN channel under = 10 dB. Comment on your results. Plot the simulated BER as a function of for both coded 4FSK and 16FSK modulations. For the parameters you consider in this question, create a table including transmission bandwidth, data rate, and BER for the considered modulations, and comment on your results. In Simulink, the symbol duration of the AWGN channel for 4FSK and 16FSK coded modulation systems should be the same. You can set your own symbol duration. Question 3 - (BPAM) You can set your own transmission data rate for this question. In Simulink, implement an uncoded and coded (Hamming (7,4)) BPAM modulation. Plot the uncoded and coded simulated BER as a function of te for both cases. For the parameters you consider in this question, create a table including transmission bandwidth, data rate, and BER for the considered modulations, and comment on your results. In Simulink, the data rate (bit period) for uncoded and coded BPAM modulation systems should be the same. You can set your own bit period