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[[Category:ECE438 (BoutinFall2009)]] | [[Category:ECE438 (BoutinFall2009)]] | ||
| − | = | + | =[[ECE438]] Fall_2009 [[user:mboutin|Prof. Boutin]]: some graphs to illustrate DFT lecture= |
This is the graph of the magniture of <math>W(\omega)</math> for <math>N=15</math>. | This is the graph of the magniture of <math>W(\omega)</math> for <math>N=15</math>. | ||
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[[Image:W_of_omega_N_equal_100.png|500px]] | [[Image:W_of_omega_N_equal_100.png|500px]] | ||
| + | This is the graph of the magniture of <math>W(\omega)</math> for <math>N=10000</math>. | ||
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[[Image:W_of_omega_N_equal_10000.png|500px]] | [[Image:W_of_omega_N_equal_10000.png|500px]] | ||
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[[ ECE438 (BoutinFall2009)|Back to ECE438 (BoutinFall2009)]] | [[ ECE438 (BoutinFall2009)|Back to ECE438 (BoutinFall2009)]] | ||
Latest revision as of 09:22, 27 September 2010
ECE438 Fall_2009 Prof. Boutin: some graphs to illustrate DFT lecture
This is the graph of the magniture of $ W(\omega) $ for $ N=15 $.
This is the graph of the magniture of $ W(\omega) $ for $ N=100 $.
This is the graph of the magniture of $ W(\omega) $ for $ N=10000 $.
