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BE - EC- Semester 7 - Digital Signal Processing - 2171003
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1 |
Write a program for Direct form – I, II form realization of the given IIR system function. |
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2 |
Write a program to plot pole-zero of a given FIR filter. |
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3 |
(A) Create Blackman Harris, Hamming and Gaussian window and plot them in the same filter design tool. |
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(B) Design an FIR filter with side lobe attenuation of 40 dB using Kaiser Window of 200 points. |
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4 |
(A) Design low pass butter worth digital filter with given specification using impulse invariance method. |
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(B) Design a high pass elliptical filter with given specification using impulse invariance method. |
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(C) Design a band pass chebychev-2 filter with given specification using impulse in-variance method. |
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5 |
Design a second-order digital band pass Butterworth filter with the following specifications: |
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fu= 2.6 KHz, fL = 2.4 kHz , fs = 8000 Hz. Plot the magnitude and phase response. |
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6 |
Write a program to demonstrate the time shifting and frequency shifting property of DTFT. |
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7 |
Write a program to perform circular convolution of two sequences using DFT. |
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8 |
Write a program to up sample the sinusoidal sequence by an integer factor. |
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9 |
Write a program to down sample the sinusoidal sequence by an integer factor. |
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10 |
Write a program to convert the sampling by non integer factor of a sinusoidal sequence. |
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Digital Signal Processing Trainer - Hardware |
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