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| − | + | = Getting the signal -- No. 1 = | |
The signal that I've got was taken from my own solution: y = sin(x) | The signal that I've got was taken from my own solution: y = sin(x) | ||
== Getting periodic signal == | == Getting periodic signal == | ||
| − | When you have that signal with a sampling rate at pi/4, you will see a periodic signal as shown in the picture on the | + | When you have that signal with a sampling rate at pi/4, you will see a periodic signal as shown in the picture on the right. |
| − | [[Image:Sinxwithpiover4sample_ECE301Fall2008mboutin.jpg | + | [[Image:Sinxwithpiover4sample_ECE301Fall2008mboutin.jpg|300x300px|function y = sin(x) with sampling rate at pi / 4]] |
== Getting non-periodic signal == | == Getting non-periodic signal == | ||
When you have that signal with a sampling rate at 2.3, you will see a non-periodic signal as shown in the picture on the right. | When you have that signal with a sampling rate at 2.3, you will see a non-periodic signal as shown in the picture on the right. | ||
| − | [[Image:Sinxwith2point3sample_ECE301Fall2008mboutin.jpg | + | [[Image:Sinxwith2point3sample_ECE301Fall2008mboutin.jpg|300x300px|function y = sin(x) with sampling rate at 2.3]] |
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| + | = Getting the non-periodic signal -- No. 2 = | ||
| + | I took a very simple non-periodic signal from my own solution: y = x | ||
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| + | == Changing it into a periodic signal== | ||
| + | When we put multiple non-periodic signals together, we practically repeat it so we have a periodic signal | ||
| + | [[Image:Periodicshifted_ECE301Fall2008mboutin.jpg|300x300px|multiple functions y = x being put together]] | ||
Latest revision as of 07:08, 10 September 2008
Contents
Getting the signal -- No. 1
The signal that I've got was taken from my own solution: y = sin(x)
Getting periodic signal
When you have that signal with a sampling rate at pi/4, you will see a periodic signal as shown in the picture on the right.
Getting non-periodic signal
When you have that signal with a sampling rate at 2.3, you will see a non-periodic signal as shown in the picture on the right.
Getting the non-periodic signal -- No. 2
I took a very simple non-periodic signal from my own solution: y = x
Changing it into a periodic signal
When we put multiple non-periodic signals together, we practically repeat it so we have a periodic signal
