ANN and machine learning
Budget: £20 – £250 GBP
(1) Using FFT method to design a 21 tap (coefficient) high-pass FIR filter with a cut-off frequency at 125 Hz. Explain your design procedure. Show by giving the frequency response that your filter is working as designed or close to it.
(2) Design an IIR filter with 4 poles and 4 zeros. Use the same design specification as that of Question 2(1). Outline the design procedure. Produce MATLAB code to give results which prove that your filter is working as designed or close to it. Draw the z-plane plot for your filter and discuss how it relates to the frequency response.
(2) Design an IIR filter with 4 poles and 4 zeros. Use the same design specification as that of Question 2(1). Outline the design procedure. Produce MATLAB code to give results which prove that your filter is working as designed or close to it. Draw the z-plane plot for your filter and discuss how it relates to the frequency response.
Related categories:
Audio Services
Electronics
Matlab and Mathematica
Machine Learning (ML)
Digital Signal Processing