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1. Introduction | 1. Introduction | ||
| − | Sampling is essential to convert analog signal to digital signal. In this page, I would specifically explain about down sampling. In digital signal processing, the decimator performs | + | Sampling is essential to convert analog signal to digital signal. In this page, I would specifically explain about down sampling. In digital signal processing, |
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| + | the decimator performs | ||
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decimation, which is downsampling a signal. In other words, when a digital signal is downsampled, the signal's sampling rate would be reduced. | decimation, which is downsampling a signal. In other words, when a digital signal is downsampled, the signal's sampling rate would be reduced. | ||
Revision as of 21:27, 9 October 2014
1. Introduction
Sampling is essential to convert analog signal to digital signal. In this page, I would specifically explain about down sampling. In digital signal processing,
the decimator performs
decimation, which is downsampling a signal. In other words, when a digital signal is downsampled, the signal's sampling rate would be reduced.
2. Derivation
3. Example
4. Conclusion
