# Compare the SNR reduction with the test waveform with frequency of 30 Hz and the predicted waveform
# Compare the SNR reduction with the test waveform with frequency of 30 Hz and the predicted waveform
- As expected the predicted waveform reduce SNR more than the test waveform because predicted waveform describes the glitch waveform more including different frequencies (not only 30 Hz)
- note that predicted waveform has the short-lived excess power so that it is less likely to manipulate other portion of the data.
| ... | noise SNR before | noise SNR after | SNR reduction |
| ... | noise SNR before | noise SNR after | SNR reduction |