The paper establishes the relationship between the two recently proposed methods of higher order time-frequency analysis: the polynomial Wigner-Ville distribution (WVD) and the higher order WVD. Using the projection-slice theorem, it is shown that the polynomial WVD represents a unique projection of the higher-order WVD from the time-multifrequency space to the time-frequency subspace. The implication of this relationship is investigated from the aspect of the analysis of multicomponent signals
In this dissertation, we review linear time-frequency representations, such as the wavelet transform...
Instantaneous frequency estimation of arbitrary polynomial phase signals is shown to be feasible usi...
We propose a new higher order time-frequency representation (TFR), the higher order generalized warp...
The polynomial Wigner-Ville distribution (PWVD) is a time-frequency signal analysis tool for represe...
One of the fundamental problems of time-frequency analysis that remained unsolved until recently is ...
The Wigner-Ville distribution (WVD) has optimal energy concentration for linear frequency modulated ...
The paper deals with analysis and time-frequency representation of multicomponent signals characteri...
The Wigner-Ville distribution (WVD) has optimal energy concentration for linear frequency modulated ...
This paper introduces a fourth order polynomial Wigner-Ville distribution (PWVD) which uses complex ...
Optimal concentration about the instantaneous frequency for polynomial frequency modulated signals w...
For an analysis of signals with arbitrary dispersive phase laws, we extend the concept of higher ord...
The polynomial Wigner-Ville distribution was designed as an optimal tool for characterising the spec...
Abstract—A new method for time-frequency analysis of a signal, which combines the time-order represe...
Recently the second order reassigned local polynomial periodogram (LPP) has been reported to show so...
The Wigner-Ville distribution (WVD), a form of time-frequency analysis, is shown to be useful in the...
In this dissertation, we review linear time-frequency representations, such as the wavelet transform...
Instantaneous frequency estimation of arbitrary polynomial phase signals is shown to be feasible usi...
We propose a new higher order time-frequency representation (TFR), the higher order generalized warp...
The polynomial Wigner-Ville distribution (PWVD) is a time-frequency signal analysis tool for represe...
One of the fundamental problems of time-frequency analysis that remained unsolved until recently is ...
The Wigner-Ville distribution (WVD) has optimal energy concentration for linear frequency modulated ...
The paper deals with analysis and time-frequency representation of multicomponent signals characteri...
The Wigner-Ville distribution (WVD) has optimal energy concentration for linear frequency modulated ...
This paper introduces a fourth order polynomial Wigner-Ville distribution (PWVD) which uses complex ...
Optimal concentration about the instantaneous frequency for polynomial frequency modulated signals w...
For an analysis of signals with arbitrary dispersive phase laws, we extend the concept of higher ord...
The polynomial Wigner-Ville distribution was designed as an optimal tool for characterising the spec...
Abstract—A new method for time-frequency analysis of a signal, which combines the time-order represe...
Recently the second order reassigned local polynomial periodogram (LPP) has been reported to show so...
The Wigner-Ville distribution (WVD), a form of time-frequency analysis, is shown to be useful in the...
In this dissertation, we review linear time-frequency representations, such as the wavelet transform...
Instantaneous frequency estimation of arbitrary polynomial phase signals is shown to be feasible usi...
We propose a new higher order time-frequency representation (TFR), the higher order generalized warp...