The paper provides, through the use of Bernstein polynomials, a new insight into the design of maximally-flat (MAXFLAT) FIR filters. In particular, it demonstrates a link between the various existing methods, and provides an analytical support to the empirical relation given by Herrmann. It is also shown to provide a new computationally efficient algorithm for the design of such filters
Preliminary version accepted for publicationInternational audienceWith a long history dating back to...
An explicit formula is given for the weighting coefficients of maximally flat nonrecursive digital f...
The minimisation of the total number of power-of-two terms is considered. The number of terms per co...
This paper presents a recently introduced technique (or the design of Maximally-flat (MAX-FLAT) FIR ...
An optimal design procedure for maximally flat FIR (finite impulse response) filters, based on the B...
In this paper, Bernstein polynomials have been used to derive an explicit formula for the coefficien...
In the paper a novel method for filter design based on the distributed maximal flatness method is pr...
A new design technique for linear-phase FIR filters, based on maximally flat buildiing blocks, is pr...
This paper discusses a method for designing the Finite Impulse Response (FIR) filters based on polyn...
A new technique is presented for the design of digital FIR filters, with a prescribed degree of flat...
Conference PaperThis paper reports a new analytic technique for the design of nonlinear-phase maxima...
AbstractIn a recent paper, I. Selesnick and C.S. Burrus developed a design method for maximally flat...
An implementation for maximally-flat FIR filters is proposed that requires a much smaller number of ...
A technique is presented for designing linear-phase digital FIR filters, with a prescribed degree of...
The family of FIR digital filters with maximally flat magnitude and group delay response is consider...
Preliminary version accepted for publicationInternational audienceWith a long history dating back to...
An explicit formula is given for the weighting coefficients of maximally flat nonrecursive digital f...
The minimisation of the total number of power-of-two terms is considered. The number of terms per co...
This paper presents a recently introduced technique (or the design of Maximally-flat (MAX-FLAT) FIR ...
An optimal design procedure for maximally flat FIR (finite impulse response) filters, based on the B...
In this paper, Bernstein polynomials have been used to derive an explicit formula for the coefficien...
In the paper a novel method for filter design based on the distributed maximal flatness method is pr...
A new design technique for linear-phase FIR filters, based on maximally flat buildiing blocks, is pr...
This paper discusses a method for designing the Finite Impulse Response (FIR) filters based on polyn...
A new technique is presented for the design of digital FIR filters, with a prescribed degree of flat...
Conference PaperThis paper reports a new analytic technique for the design of nonlinear-phase maxima...
AbstractIn a recent paper, I. Selesnick and C.S. Burrus developed a design method for maximally flat...
An implementation for maximally-flat FIR filters is proposed that requires a much smaller number of ...
A technique is presented for designing linear-phase digital FIR filters, with a prescribed degree of...
The family of FIR digital filters with maximally flat magnitude and group delay response is consider...
Preliminary version accepted for publicationInternational audienceWith a long history dating back to...
An explicit formula is given for the weighting coefficients of maximally flat nonrecursive digital f...
The minimisation of the total number of power-of-two terms is considered. The number of terms per co...