A tutorial review of both linear and quadratic representations is given. The linear representations discussed are the short-time Fourier transform and the wavelet transform. The discussion of quadratic representations concentrates on the Wigner distribution, the ambiguity function, smoothed versions of the Wigner distribution, and various classes of quadratic time-frequency representations. Examples of the application of these representations to typical problems encountered in time-varying signal processing are provided
The time-frequency (TF) version of the wavelet transform and the “affine” quadratic/bilinear TF repr...
The time-frequency (TF) version of the wavelet transform and the “affine” quadratic/bilinear TF repr...
This presentation addresses a synthetic overview and comparison of the main and novel techniques rel...
A tutorial review of both linear and quadratic representations is given. The linear representations ...
A tutorial review of both linear and quadratic representations is given. The linear representations ...
This invited paper - of a tutorial and review character - presents an overview of two classes of tim...
This invited paper - of a tutorial and review character - presents an overview of two classes of tim...
This invited paper - of a tutorial and review character - presents an overview of two classes of tim...
The wavelet transform (WT), a time-scale representation, is linear by definition. However, the nonli...
Mixed time-frequency representations are transformations of time-varying signals that depict how the...
The wavelet transform (WT), a time-scale representation, is linear by definition. However, the nonli...
A tutorial review of several mixed time-frequency representations of signals and systems is presente...
This presentation addresses a synthetic overview and comparison of the main and novel techniques rel...
The time-frequency (TF) version of the wavelet transform and the “affine” quadratic/bilinear TF repr...
The time-frequency (TF) version of the wavelet transform and the “affine” quadratic/bilinear TF repr...
The time-frequency (TF) version of the wavelet transform and the “affine” quadratic/bilinear TF repr...
The time-frequency (TF) version of the wavelet transform and the “affine” quadratic/bilinear TF repr...
This presentation addresses a synthetic overview and comparison of the main and novel techniques rel...
A tutorial review of both linear and quadratic representations is given. The linear representations ...
A tutorial review of both linear and quadratic representations is given. The linear representations ...
This invited paper - of a tutorial and review character - presents an overview of two classes of tim...
This invited paper - of a tutorial and review character - presents an overview of two classes of tim...
This invited paper - of a tutorial and review character - presents an overview of two classes of tim...
The wavelet transform (WT), a time-scale representation, is linear by definition. However, the nonli...
Mixed time-frequency representations are transformations of time-varying signals that depict how the...
The wavelet transform (WT), a time-scale representation, is linear by definition. However, the nonli...
A tutorial review of several mixed time-frequency representations of signals and systems is presente...
This presentation addresses a synthetic overview and comparison of the main and novel techniques rel...
The time-frequency (TF) version of the wavelet transform and the “affine” quadratic/bilinear TF repr...
The time-frequency (TF) version of the wavelet transform and the “affine” quadratic/bilinear TF repr...
The time-frequency (TF) version of the wavelet transform and the “affine” quadratic/bilinear TF repr...
The time-frequency (TF) version of the wavelet transform and the “affine” quadratic/bilinear TF repr...
This presentation addresses a synthetic overview and comparison of the main and novel techniques rel...