Question 1. A signal generator is expected to output a pure sinusoidal signal at a given...

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Question 1. A signal generator is expected to output a pure sinusoidal signal at a given frequency. Unfortunately, due to some subpar components in the electronics, the signal is contaminated by white noise over a range of frequencies. Fortunately, the noise does not impact the desired frequency. If hOut is the discretized output of the generator, write a Matlab function hClean = clean (hOut) that removes the noise without affecting the signal. To help you with the problem, I have provided a p code for a function hout= sampleSignal() that provides an example of the type of signal that needs to be cleaned. This is an example. Your cleaning function will be evaluated with signals that may have different target frequencies and/or noise intensity and range so it cannot not assume that the signal is at a given frequency. What you can assume is that the intensity of signal to noise ratio is the same as in the example provided. Figure 1 shows the noisy and the clean signal. Submit the code to Matlab gader and a PDF copy of the code to Gradescope (40 points) 2 1.5 1 0.5 0 -0.5 -1 -1.5 -2 0 200 400 600 800 1000 FIGURE 1. Example of Noise and clean signal hOut hClean 1200 Question 1. A signal generator is expected to output a pure sinusoidal signal at a given frequency. Unfortunately, due to some subpar components in the electronics, the signal is contaminated by white noise over a range of frequencies. Fortunately, the noise does not impact the desired frequency. If hOut is the discretized output of the generator, write a Matlab function hClean = clean (hOut) that removes the noise without affecting the signal. To help you with the problem, I have provided a p code for a function hout= sampleSignal() that provides an example of the type of signal that needs to be cleaned. This is an example. Your cleaning function will be evaluated with signals that may have different target frequencies and/or noise intensity and range so it cannot not assume that the signal is at a given frequency. What you can assume is that the intensity of signal to noise ratio is the same as in the example provided. Figure 1 shows the noisy and the clean signal. Submit the code to Matlab gader and a PDF copy of the code to Gradescope (40 points) 2 1.5 1 0.5 0 -0.5 -1 -1.5 -2 0 200 400 600 800 1000 FIGURE 1. Example of Noise and clean signal hOut hClean 1200

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Here is a Matlab code snippet that demonstrates how you can design and apply a bandpass filter to cl... View the full answer