| Input
|
Specifies the input signal.
|
| Wavelet Type
|
Specifies the type of the wavelet used in multi-level wavelet decomposition and reconstruction.
- Haar
- Haar wavelet
- DB2
- Daubechies wavelet (N=2)
- DB3
- Daubechies wavelet (N=3)
- DB4
- Daubechies wavelet (N=4)
- DB5
- Daubechies wavelet (N=5)
- DB6
- Daubechies wavelet (N=6)
- DB7
- Daubechies wavelet (N=7)
- DB8
- Daubechies wavelet (N=8)
- DB9
- Daubechies wavelet (N=9)
- DB10
- Daubechies wavelet (N=10)
- Bior1.1
- Biorthogonal (Nr=1, Nd=1)
- Bior1.3
- Biorthogonal (Nr=1, Nd=3)
- Bior1.5
- Biorthogonal (Nr=1, Nd=5)
- Bior2.2
- Biorthogonal (Nr=2, Nd=2)
- Bior2.4
- Biorthogonal (Nr=2, Nd=4)
- Bior2.6
- Biorthogonal (Nr=2, Nd=6)
- Bior2.8
- Biorthogonal (Nr=2, Nd=8)
- Bior3.1
- Biorthogonal (Nr=3, Nd=1)
- Bior3.3
- Biorthogonal (Nr=3, Nd=3)
- Bior3.5
- Biorthogonal (Nr=3, Nd=5)
- Bior3.7
- Biorthogonal (Nr=3, Nd=7)
|
| Extension Mode
|
Specifies the end extension mode.
- Periodic
- The input signal will be viewed as periodic.
- Zero-padded
- The data points outside the input range will be viewed as zeroes.
|
| Output
|
Specifies the output for the reconstructed signal.
|
| Threshold Type
|
Specifies the method to decide the threshold for truncating the detail coefficients of each level.
- custom
- The threshold is set with the Threshold of every Level (%) control.
- sqtwolog
- The threshold is computed from the length of detail coefficients
|
| Thresholding Level
|
Specifies the number of levels for which detail coefficients are to be thresholded. A large level will cause more noise to be removed; but the probability that the useful signal is distorted will also increase.
|
| Threshold of every Level (%)
|
This option is only available when Threshold Type is Custom. It specifies a threshold value in percentage.
|