- Category:
- matlab
- Tags:
-
- File Size:
- 656kb
- Update:
- 2018-03-18
- Downloads:
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- Uploaded by:
- sandikeren
Description: Another way to represent a polynomial is to use the Laplace variable s within MATLAB. This method is mainly used throughout these tutorials. Let's ignore the details of the Laplace domain for now and just represent polynomials with the s variable. To define the variable, type the f
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File list (Check if you may need any files):
| Filename | Size | Date |
|---|
| SmoothingGraph | 0 | 2018-03-18
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| SmoothingGraph\clean_data12.m | 957 | 2018-01-23
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| SmoothingGraph\data.mat | 3270 | 2018-01-23
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| SmoothingGraph\psd_fft1.m | 529 | 2018-01-23
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| SmoothingGraph\Smooth.fig | 155154 | 2018-01-23
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| SmoothingGraph\Smooth.png | 16141 | 2018-01-23
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| SmoothingGraph\Smooth2.fig | 157874 | 2018-01-23
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| SmoothingGraph\Smooth3.png | 18268 | 2018-01-23
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| SmoothingGraph\SmoothLog.fig | 151168 | 2018-01-23
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| SmoothingGraph\SmoothLog.png | 20321 | 2018-01-23
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| SmoothingGraph\SmoothLog2.fig | 152539 | 2018-01-23
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| SmoothingGraph\SmoothLog5.png | 23142 | 2018-01-23
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| SmoothingGraph\Try12.m | 1048 | 2018-01-23 |
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