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Use this page to add any and all content relevant to the course. Categories may be created to organize the material, however feel free to add anything you feel would be helpful to you or your fellow students. | Use this page to add any and all content relevant to the course. Categories may be created to organize the material, however feel free to add anything you feel would be helpful to you or your fellow students. | ||
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| + | * (Quick question) is y(t) = x(t)/t never mind, it is stable. a resource said that y(t) = x(t-2) / (t^2 +1) is stable, so therefore the original must be stable by comparison. | ||
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==[[Computing E infinity and P infinity]]== | ==[[Computing E infinity and P infinity]]== | ||
| − | ==[[ | + | == [[ Helpful Youtube videos ]]== |
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| + | == [[System Properties]] == | ||
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| + | == [[Fourier Properties]] == | ||
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| + | == [[Midterm Cheat Sheet]] == | ||
| + | * A page summarizing material covered before the midterm | ||
| + | == [[Final Cheat Sheet]] == | ||
| + | * A page summarizing material covered since the midterm | ||
[https://kiwi.ecn.purdue.edu/rhea/index.php/ECE301_(HuffmalmSummer2009) Return to main] | [https://kiwi.ecn.purdue.edu/rhea/index.php/ECE301_(HuffmalmSummer2009) Return to main] | ||
Latest revision as of 07:25, 23 July 2009
Use this page to add any and all content relevant to the course. Categories may be created to organize the material, however feel free to add anything you feel would be helpful to you or your fellow students.
- (Quick question) is y(t) = x(t)/t never mind, it is stable. a resource said that y(t) = x(t-2) / (t^2 +1) is stable, so therefore the original must be stable by comparison.
Contents
Lectures
Definitions
Proofs
Computing E infinity and P infinity
Helpful Youtube videos
System Properties
Fourier Properties
Midterm Cheat Sheet
- A page summarizing material covered before the midterm
Final Cheat Sheet
- A page summarizing material covered since the midterm
