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Questions from the topic - 5. FIR filter design [6 hours] - Digital Signal Analysis and Processing
1. Use Hanning window method to design low-pass FIR filter with pass-band edge frequency $(w_{p}) = 0.25\pi$, stop-band edge frequency $(w_{s}) = 0.35\pi$ where main lobe width of Hanning window is $8\pi/M$, M is the filter length. - 2070 Ashad
2. Design a digital FIR filter for the design of the low pass filter having $w_{p} = 0.3\pi, w_{s} = 0.5\pi, \alpha_{s} = 40dB$ using suitable window function. - 2069 Chaitra
3. What is optimum filter? Describe Remez exchange algorithm for FIR filter design with flow chart. - 2069 Chaitra
4. Use Blackman window method to design a low-pass FIR filter with passband edge frequency $w_{p} = 0.24\pi,$ stopband edge frequency $w_{s} = 0.34\pi$ where main lobe width of Blackman window is $\frac{12\pi}{M},$ M is filter length. - 2068 Bhadra
5. Explain about Park's McClellan algorithm with suitable derivation and flow chart. - 2065 Baisakh
6. Explain about Park's McClellan's algorithm with suitable derivation and flow chart. - 2065 Baisakh-Old