Question: In class, we discussed a binary asymmetric communication channel. Write MATLAB code to simulate the transmission of 105 bits using this model. Set the seed
In class, we discussed a binary asymmetric communication channel. Write MATLAB code to simulate the transmission of 105 bits using this model. Set the seed for MATLABs random number generator equal to your student ID number; this ensures individual results that can be reproduced. From your 105 trials, what percentage of the time is a received 1 correct? What percentage of the time is a received 0 correct? Do these values agree with the class calculations? (b) Adjusting the parameters of the binary asymmetric communication channel given in class to P[R1|X1] = 0.77 and P[R0|X0] = 0.84, determine (if possible) transmission probabilities P[X1] and P[X0] so that the probability of a received one being correct is the same as the probability of a received zero being correct. It may be helpful to simulate your hypothesis using modied code from the previous problem. If no such values P[X1] and P[X0] exist, explain why not.
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