EE 434 Highpass Filter Design A particular DSP system is sam

EE 434: Highpass Filter Design A particular DSP system is sampled at 48kHz, and requires a highpass filter with a passband ripple of 0.12 dB, a transition band of 400Hz, stopband attenuation of 60dB and a cutoff frequency of 1400Hz. 1. Specify the filter parameter values. 2. Sketch the appropriate design constraints that the filter must satisfy 3. Design the filter using-Impulse invariance method with both Butterworth and Chebyshev platforms. Increase the filter order N found in 3 and re-plot the filter characteristics and compare the results. Design the filter using Bilinear transformation method with both Butterworth and Chebyshev platforms and compare the results. Design the filter using Kaiser window method. Increase the filter order M and/or the filter parameter found in 6 and re- plot the filter characteristics and compare the results 4. 5. 6. 7.

Solution

here the picture is not uploade correctly so i am explaning you the basic mathematical question into a matlab program

As we have been provided the y in terms of vector. How can we solve the vector x for corresponding values of y?