The discrete polynomial transform (DPT) has been introduced as a computationally efficient
algorithm for estimating the phase parameters of constant-amplitude polynomial phase …

The discrete polynomial-phase transform (DPT) is a new tool for analyzing constant-
amplitude polynomial-phase signals. The main properties of the DPT are its ability to identify …

The" Polynomial Phase transform (PPT)", was presented in [l] as a tool for the estimation of
the parameters of constant amplitude polynomial phase signals. Extensions of the algorithm …

The discrete polynomial transform (DPT) is a new tool for analyzing constant-amplitude
continuous-phase signals. It is based on modeling the signal phase by a polynomial function …

Presents a tutorial discussion of the polynomial phase transform (PPT) and its application to
estimating the parameters of complex signals with continuous phase and slowly varying …

A fast algorithm is presented for the computation of the third-order polynomial time frequency
transform, which is needed by the maximum likelihood method to estimate the phase …

An iterative algorithm for estimating the parameters of multiple superimposed polynomial
phase signals is presented. The algorithm is based on the ability of the discrete polynomial …

Parameter estimation of polynomial phase signals (PPSs) based on the cubic phase
function (CPF) and its extensions cannot be performed by using the fast Fourier transform …

The computation of polynomial time frequency transform (PTFT) is required for the maximum
likelihood method to estimate the phase parameters of the polynomial-phase signals …

The polynomial time frequency transform is one of important tools for estimating the
coefficients of the polynomial-phase signals (PPSs) with the maximum likelihood method …