Wavelet Analyzer
R2026b(Removed) Analyze signals and images using wavelets
The Wavelet Analyzer app has been removed. For alternatives, see Version History.
Description
The Wavelet Analyzer app has been removed.
If you are using a release older than R2023b, see the documentation for Other Releases.
For alternatives to Wavelet Analyzer, see Version History.

Open the Wavelet Analyzer App
MATLAB® command prompt: Enter
waveletAnalyzer.
Examples
Wavelet Analyzer has been removed.
waveletAnalyzer
Error using waveletAnalyzer (line 7) waveletAnalyzer has been removed. Use Signal Multiresolution Analyzer, Wavelet Image Analyzer, Wavelet Signal Analyzer, Wavelet Signal Denoiser, or Wavelet Time-Frequency Analyzer instead.
Version History
Introduced before R2006aThe Wavelet Analyzer app has been removed.
To perform signal multiresolution analysis using wavelet and data-adaptive techniques, use the Signal Multiresolution Analyzer app.
To analyze images using the discrete wavelet or continuous wavelet transforms, use the Wavelet Image Analyzer app.
To analyze and compress signals using discrete wavelet or wavelet packet transforms, use the Wavelet Signal Analyzer app.
To analyze and denoise signals using the discrete wavelet transform, use the Wavelet Signal Denoiser app.
To perform time-frequency analysis of signals using the continuous wavelet transform, use the Wavelet Time-Frequency Analyzer app.
You can no longer launch Wavelet Analyzer app from the MATLAB Apps tab. In R2023b, Wavelet Analyzer will be removed. Use one of these apps instead:
Signal Multiresolution Analyzer — Perform signal multiresolution analysis using wavelet and data-adaptive techniques.
Wavelet Image Analyzer — Analyze images using the discrete wavelet transform.
Wavelet Signal Analyzer — Analyze and compress signals using the nondecimated discrete wavelet transform.
Wavelet Signal Denoiser — Analyze and denoise signals using the discrete wavelet transform.
Wavelet Time-Frequency Analyzer — Perform time-frequency analysis of signals using the continuous wavelet transform.
The Wavelet Analyzer app is no longer recommended and will be removed in a future release.
For time-frequency analysis, use the Wavelet Time-Frequency Analyzer app.
For wavelet signal denoising, use the Wavelet Signal Denoiser app.
For signal multiresolution analysis, use the Signal Multiresolution Analyzer app.
The following tools in the Wavelet Analyzer app have been removed.
| Tools | Replacement |
|---|---|
| Continuous Wavelet 1-D | To visualize the scalogram, use the new Wavelet Time-Frequency Analyzer app or the
|
| Complex Continuous Wavelet 1-D | Use the new Wavelet Time-Frequency Analyzer app or the cwt function.
With the app, you can also export the scalogram and generate a
script to reproduce the wavelet analysis to your workspace.
|
The following tools in the Wavelet Analyzer app have been removed.
| Tools | Replacement |
|---|---|
| Continuous Wavelet 1-D (Using FFT) |
|
| New Wavelet for CWT |
|
| Fractional Brownian Generation 1-D | To synthesize fractional Brownian motion, use wfbm. |
| Wavelet Display, Wavelet Packet Display |
|
Signal Extension, Image Extension | To extend real-valued vectors or matrices, use wextend. |
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