Add to ORKGNational audiencePolynomial phase signals belong to a wide class of non-stationary signals used for modeling and engineering applications. In this paper, we take benefits of some advances in robust estimation in order to propose a new algorithm for estimating the parameters of a polynomial phase signal. The advantages of this algorithm are being fast and being robust to the shape of the noise
Polynomial-phase signals have attracted significant interest due to their applicability to radar, so...
We describe an efficient technique analyzing signals that comprise a number of polynomial phase comp...
Estimating the coefficients of a noisy polynomial phase signal is important in many fields including...
International audiencePolynomial phase signals belong to a wide class of nonstationary signals used ...
Les signaux à phase polynomiale forment une vaste classe de signaux non stationnaires utilisés entre...
Introduction. Polynomial phase signals frequently appear in radar, sonar, communication and technica...
Many real-world applications are characterized by the presence of polynomial phase signals embedded ...
International audienceLes signaux a phase polynomiale constituent une vaste classe de signaux utilis...
Abstract—Many real-world applications are characterized by the pres-ence of polynomial phase signals...
Nonstationary signals are common in many environments such as radar, sonar, bioengineering and power...
This paper investigates the computationally efficient parameter estimation of polynomial phase signa...
A new algorithm, the finite difference algorithm, is proposed for single-component polynomial phase ...
National audiencePolynomial phase signals belong to a wide class of non-stationary signals used for ...
The "Polynomial Phase transform (PPT)", was presented in [l] as a tool for the estimation of the par...
Polynomial phase signals (PPS) have found use in many area of engineering such as in radar and commu...
Polynomial-phase signals have attracted significant interest due to their applicability to radar, so...
We describe an efficient technique analyzing signals that comprise a number of polynomial phase comp...
Estimating the coefficients of a noisy polynomial phase signal is important in many fields including...
International audiencePolynomial phase signals belong to a wide class of nonstationary signals used ...
Les signaux à phase polynomiale forment une vaste classe de signaux non stationnaires utilisés entre...
Introduction. Polynomial phase signals frequently appear in radar, sonar, communication and technica...
Many real-world applications are characterized by the presence of polynomial phase signals embedded ...
International audienceLes signaux a phase polynomiale constituent une vaste classe de signaux utilis...
Abstract—Many real-world applications are characterized by the pres-ence of polynomial phase signals...
Nonstationary signals are common in many environments such as radar, sonar, bioengineering and power...
This paper investigates the computationally efficient parameter estimation of polynomial phase signa...
A new algorithm, the finite difference algorithm, is proposed for single-component polynomial phase ...
National audiencePolynomial phase signals belong to a wide class of non-stationary signals used for ...
The "Polynomial Phase transform (PPT)", was presented in [l] as a tool for the estimation of the par...
Polynomial phase signals (PPS) have found use in many area of engineering such as in radar and commu...
Polynomial-phase signals have attracted significant interest due to their applicability to radar, so...
We describe an efficient technique analyzing signals that comprise a number of polynomial phase comp...
Estimating the coefficients of a noisy polynomial phase signal is important in many fields including...