Description: 1, familiar with the nature of the ideal sampling to understand the spectrum of the signal changes before and after sampling to enhance the understanding of the sampling theorem. 2, familiar with the discrete signals and systems in time domain. 3, familiar with the programming method linear convolution calculation: Using the convolution method, observation, analysis of system response in time domain. 4, the master sequence of computer realization of Fourier transform method, the use of Fourier transform of the sequence of discrete signals, systems and system response to frequency domain.
To Search:
- [banbo] - Half-wave Fourier algorithm, can be calc
File list (Check if you may need any files):
exp1\1.fig
....\1.jpg
....\2.jpg
....\3.jpg
....\4.jpg
....\5.jpg
....\6.jpg
....\7.jpg
....\convxbxd.m
....\convxcxc.asv
....\convxcxc.m
....\evenodd.m
....\exp01main.m
....\foriner.m
....\joxl.asv
....\joxl.m
....\q601.m
....\sighn.m
....\sigxa.asv
....\sigxa.m
....\sigxb.m
....\sigxc.asv
....\sigxc.m
....\sigxd.m
....\stepseq.m
exp1
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