Image text transcribed for accessibility: The pulse whose frequency spectrum is shown below is clearly fulfilling the Nyquist criterion in the frequency domain. Compute the fourier transform of the pulse and verify that it fulfills the Nyquist criterion for no interference in the time domain as well. Note: there is a pretty quick short cut to do this. Can you find it? Plot the time domain function for a number of traces and illustrate the eye diagram. It's best to use a plotting routine for this, like matlab, but you can also do this by hand. Compute the root-Nyquist pulse, that is the one which is used at the transmitter, i. e. , p(f) = .