A FIR filter is given by its unit sample response h n h n $ n 2o n 1 The input is a length 17 discrete time signal x n x n 25 n 85 n 1 45 n 2 145 n 3 105 n 4 205 n 5 155 n 6 245 n 7 206 n 8 228 n 9 148 n 10 188 n 11 88 n 12 108 n 13 48 n 14 88 n 15 28 n 16 Perform activities a) to d) and post meaningful conclusions in the discussion board as required in parts e) and f) a Using MATLAB, as in secc 3 7, plot the input signal b Find the output y n x n h n using polynomial multiplication or using MATLAB as in secc 3 7 c Plot the output signal y n found in part b) d Compare the plots of both signals by superposing both traces Hint use the command hold in MATLAB to preserve the previous plot e Post you conclusions in the discussion board regarding what this filter does based on the effects observed in the output signal y n , compared to the provided input signal x n (Hint compare the extent and frequency of the changes in the signals amplitude) f Comment on any other two (2) student post A FIR filter is given by its unit sample response h n h n $ n 2o n 1 The input is a length 17 discrete time signal x n x n 25 n 85 n 1 45 n 2 145 n 3 105 n 4 205 n 5 155 n 6 245 n 7 206 n 8 228 n 9 148 n 10 188 n 11 88 n 12 108 n 13 48 n 14 88 n 15 28 n 16 Perform activities a) to d) and post meaningful conclusions in the discussion board as required in parts e) and f) a Using MATLAB, as in secc 3 7, plot the input signal b Find the output y n x n h n using polynomial multiplication or using MATLAB as in secc 3 7 c Plot the output signal y n found in part b) d Compare the plots of both signals by superposing both traces Hint use the command hold in MATLAB to preserve the previous plot e Post you conclusions in the discussion board regarding what this filter does based on the effects observed in the output signal y n , compared to the provided input signal x n (Hint compare the extent and frequency of the changes in the signals amplitude) f Comment on any other two (2) student post

Question

A FIR filter is given by its unit sample response h n   h n    $ n    2o n 1  The input is a length 17 discrete time signal x n   x n    25 n    85 n   1    45 n   2    145 n 3    105 n 4   205 n 5    155 n 6    245 n   7    206 n   8    228 n   9    148 n   10    188 n   11   88 n   12    108 n   13    48 n   14    88 n   15    28 n   16  Perform activities a) to d) and post meaningful conclusions in the discussion board as required in parts e) and f) a  Using MATLAB, as in secc 3 7, plot the input signal  b  Find the output y n    x n  h n  using polynomial multiplication or using MATLAB as in secc 3 7  c  Plot the output signal y n  found in part b)  d  Compare the plots of both signals by superposing both traces  Hint  use the command hold in MATLAB to preserve the previous plot  e  Post you conclusions in the discussion board regarding what this filter does based on the effects observed in the output signal y n , compared to the provided input signal x n   (Hint  compare the extent and frequency of the changes in the signals amplitude) f  Comment on any other two (2) student post  A FIR filter is given by its unit sample response h n   h n    $ n    2o n 1  The input is a length 17 discrete time signal x n   x n    25 n    85 n   1    45 n   2    145 n 3    105 n 4   205 n 5    155 n 6    245 n   7    206 n   8    228 n   9    148 n   10    188 n   11   88 n   12    108 n   13    48 n   14    88 n   15    28 n   16  Perform activities a) to d) and post meaningful conclusions in the discussion board as required in parts e) and f) a  Using MATLAB, as in secc 3 7, plot the input signal  b  Find the output y n    x n  h n  using polynomial multiplication or using MATLAB as in secc 3 7  c  Plot the output signal y n  found in part b)  d  Compare the plots of both signals by superposing both traces  Hint  use the command hold in MATLAB to preserve the previous plot  e  Post you conclusions in the discussion board regarding what this filter does based on the effects observed in the output signal y n , compared to the provided input signal x n   (Hint  compare the extent and frequency of the changes in the signals amplitude) f  Comment on any other two (2) student post

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Question

A FIR filter is given by its unit sample response h[n]: h[n] = $[n] + 2o[n 1] The input is a length-17 discrete-time signal x[n]:

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