Consider the signal generated by Equation (10.4) in Problem 12 with c = 0 .1 and denote the signal as f. Create noisy measurements y = f + n by considering zero mean Gaussian noise with standard deviation ?. Retain the signal values of y at nodes 1 to 44 and make signal values at nodes 45 to 50 to zero. Now the goal is to recover the true signal f from y, where five signal values are missing. Using the results of Problem 16, find the inpainted signal and compute the RMSE for the following cases:


This problem is a computer-based exercise. You may use an appropriate software such Matlab
for solving this problem. Some useful code fractions can be found at the support website:
https://complexnetworksbook.github.io

Computer Science & Information Technology

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