Based on a generalized framework for alias free QMF banks, a theory is developed for the design of uniform QMF banks with real-coefficient analysis filters, such that aliasing can be completely canceled by appropriate choice of real-coefficient synthesis filters. These results are then applied for the derivation of closed-form expressions for the synthesis filters (both FIR and IIR), that ensure cancelation of aliasing for a given set of analysis filters. The results do not involve the inversion of the alias-component (AC) matrix
In this brief, a design algorithm for real-valued and complex-valued oversampled filter banks which ...
International audienceHybrid Filter Banks allow wide-band, high frequency conversion. All existing d...
Filter banks for transform and subband coding are usually designed so as to achieve perfect reconstr...
Two issues concerning alias-free, parallel, quadrature mirror filter (QMF) banks are addressed in th...
A new approach to the design of M-channel pseudoquadrature-mirror-filter (QMF) banks is presented. I...
n this paper, a scheme for perfect reconstruction in M channel, maximally decimated QMF banks is fir...
The relationship between block digital filtering and quadrature mirror filter (QMF) banks is explore...
A theory is outlined whereby it is possible to design a M x N channel two-dimensional quadrature mir...
Based on the concept of losslessness in digital filter structures, this paper derives a general clas...
The process of designing a prototype filter for a pseudo quadrature mirror filter (QMF) cosine-modul...
A technique is developed for the design of analysis filters in an M-channel maximally decimated, per...
In this paper, quadrature mirror filters (QMF) are reviewed. After a brief introduction to multirate...
A property of FIR (finite-impulse response) lossless systems is introduced, leading to substantial i...
We propose a novel way to design maximally decimated FIR cosine modulated filter banks, in which eac...
This paper studies the design of quadrature mirror filter (QMF) banks via frequency domain optimizat...
In this brief, a design algorithm for real-valued and complex-valued oversampled filter banks which ...
International audienceHybrid Filter Banks allow wide-band, high frequency conversion. All existing d...
Filter banks for transform and subband coding are usually designed so as to achieve perfect reconstr...
Two issues concerning alias-free, parallel, quadrature mirror filter (QMF) banks are addressed in th...
A new approach to the design of M-channel pseudoquadrature-mirror-filter (QMF) banks is presented. I...
n this paper, a scheme for perfect reconstruction in M channel, maximally decimated QMF banks is fir...
The relationship between block digital filtering and quadrature mirror filter (QMF) banks is explore...
A theory is outlined whereby it is possible to design a M x N channel two-dimensional quadrature mir...
Based on the concept of losslessness in digital filter structures, this paper derives a general clas...
The process of designing a prototype filter for a pseudo quadrature mirror filter (QMF) cosine-modul...
A technique is developed for the design of analysis filters in an M-channel maximally decimated, per...
In this paper, quadrature mirror filters (QMF) are reviewed. After a brief introduction to multirate...
A property of FIR (finite-impulse response) lossless systems is introduced, leading to substantial i...
We propose a novel way to design maximally decimated FIR cosine modulated filter banks, in which eac...
This paper studies the design of quadrature mirror filter (QMF) banks via frequency domain optimizat...
In this brief, a design algorithm for real-valued and complex-valued oversampled filter banks which ...
International audienceHybrid Filter Banks allow wide-band, high frequency conversion. All existing d...
Filter banks for transform and subband coding are usually designed so as to achieve perfect reconstr...