wavelet toolbox documentation -凯发k8网页登录
wavelet toolbox™ provides apps and functions for the time-frequency analysis of signals and multiscale analysis of images. you can denoise and compress data, and detect anomalies, change-points, and transients. the toolbox enables data-centric artificial intelligence (ai) workflows by providing time-frequency transforms and automated feature extractions, including scattering transforms, continuous wavelet transforms (scalograms), wigner-ville distribution, and empirical mode decomposition. you can extract edges and oriented features from images using wavelet, wavelet packet, and shearlet transforms.
the apps let you interactively perform time-frequency analysis, signal denoising, or image analysis, and generate matlab® scripts to reproduce or automate your work.
you can generate c/c and cuda® code from toolbox functions for embedded deployment.
learn the basics of wavelet toolbox
time-frequency analysis
cwt, constant-q transform, empirical mode decomposition, wavelet coherence, wavelet cross-spectrum
discrete multiresolution analysis
dwt, modwt, dual-tree wavelet transform, shearlets, wavelet packets, multisignal analysis
denoising and compression
wavelet shrinkage, nonparametric regression, block thresholding, multisignal thresholding
ai for signals and images
wavelet-based techniques for machine learning and deep learning, gpu acceleration, hardware deployment, signal labeling
filter banks
orthogonal and biorthogonal wavelet and scaling filters, lifting
code generation and gpu support
generate c/c and cuda code and mex functions, and run functions on a graphics processing unit (gpu)