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* Review by Miguel Castellanos | * Review by Miguel Castellanos | ||
| − | You have a good mix of derivations/figures and explanations (text), which makes easy to follow your thought process and is important to explaining the concepts. Your first two figures clearly show how to downsample a signal. Some small mistakes are a convolution symbol in your first derivation that should not be there, your sum for the expression of the DTFT of a downsampled signal should start from 0, and your last figure shows a different cutoff frequency than what you derived. Other than that, nicely done! | + | You have a good mix of derivations/figures and explanations (text), which makes it easy to follow your thought process and is important to explaining the concepts. Your first two figures clearly show how to downsample a signal. Some small mistakes are a convolution symbol in your first derivation that should not be there, your sum for the expression of the DTFT of a downsampled signal should start from 0, and your last figure shows a different cutoff frequency than what you derived. Other than that, nicely done! |
**Author answer here | **Author answer here | ||
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Revision as of 12:59, 14 October 2014
Questions and Comments for
Please post your reviews, comments, and questions below.
- Review by Miguel Castellanos
You have a good mix of derivations/figures and explanations (text), which makes it easy to follow your thought process and is important to explaining the concepts. Your first two figures clearly show how to downsample a signal. Some small mistakes are a convolution symbol in your first derivation that should not be there, your sum for the expression of the DTFT of a downsampled signal should start from 0, and your last figure shows a different cutoff frequency than what you derived. Other than that, nicely done!
- Author answer here
- Review by student 2
- Author answer here
- Review by student 3
- Author answer here
- Review by student 4
- Author answer here
