We performed Fast fourier transform in 3rd experiment . In FFT,The procedure of performing the butterfly computations and returning the result to memory is repeated many times .this repetition takes place ( (N log2 (N))/2 times ) in the computation of an N-point DFT. For DSP processor radix 2 or 4 decimation in frequency, FFT algorithm are preferable in terms of speed and accuracy.
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DSP application on one dimensional signal
Patent Review : Pulse width modulation control unit of inverter. Application No: 89303871.1 Patent No:033878B1 Date of patent:18.04.89 ...
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We have performed filtering of long data sequence using overlap-add(OAM) and overlap save (OSM) method.These techniques are block processi...
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The first experiment performed in DSPP lab was convolution and correlation with the help of c language. we used input signal x(n) of length...
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Second lab of DSPP was about discrete fourier transform i.e DFT and IDFT which are the computational method for frequency analysis of sign...
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All previous labs performed by us were either mathematical calculation and its execution using c language on compiler or simulatio...
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We performed Fast fourier transform in 3rd experiment . In FFT,The procedure of performing the butterfly computations and returning the r...
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We saw two types of filters, those are IIR and FIR. The design of filter means to find H(z) in Digital filter design and H(s) in ...
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Patent Review : Pulse width modulation control unit of inverter. Application No: 89303871.1 Patent No:033878B1 Date of patent:18.04.89 ...
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In previous 4 labs of DSPP, we have seen different mathematical calculation on discrete time signal, such as convolution, correlati...
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In the previous lab we performed FIR filter designing using windowing method. This lab was about designing a filter having linear or...
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Our previous lab was about Butterworth filter. There is another kind of filter designing technique for IIR filter. That is Chebyshev...
Precise and easy to understand
ReplyDeleteShort and simple
ReplyDeleteObvious calculations are avoided by these algorithms avoiding unnecessary memory space for storage. That's why it is fast.
ReplyDelete