It is guaranteed that Gabor like structured frames do exist in any finite dimensional Hilbert space via an invertible map from l2(ZN) J Thomas and Nambudiri [2022]. Hence the question: whether it is possible to obtain structured class of frames in separable Hilbert spaces? is relevant. In this article we obtain a structured class of frames for separable Hilbert spaces which are generalizations of Gabor frames for L2(R) in their construction aspects. We call them as B-Gabor type frames and present a characterization of the frame operators associated with these frames when B is a unitary map. Some significant properties of the associated frame operators are discussed
We discuss three applications of operator algebra techniques in Gabor analysis: the parametrizations...
In this note, we overview the basic theory of frame analysis in Hilbert spaces. We also introduce so...
AbstractTwo sufficient conditions for the Gabor system to be a frame for L2(R) are presented in this...
A frame is a possibly linearly dependent set of vectors in a Hilbert space that facilitates the deco...
This paper is a contribution to frame theory. Frames in a Hilbert space are generalizations of ortho...
We show that Hilbert–Schmidt operators can be used to define frame-like structures for L2(Rd) over l...
Gabor systems are generated by modulations and translations of a single function. Many researchers s...
G\v avruta studied atomic systems in terms of frames for range of operators (that is, for subspaces)...
Matrix representations of bounded Hilbert space operators are considered. The matrices in question a...
AbstractTight frames in Hilbert spaces have been studied intensively for the past years. In this pap...
The main objective of this paper is to provide complete characterization of multigenerator Gabor fra...
AbstractLet K and L be two full-rank lattices in Rd. We give a complete characterization for all the...
AbstractLet A⊂L2(R) be at most countable, and p,q∈N. We characterize various frame-properties for Ga...
Every separable Hilbert space has an orthogonal basis. This allows every element in the Hilbert spa...
In this work, we analyze Gabor frames for the Weyl--Heisenberg group and wavelet frames for the exte...
We discuss three applications of operator algebra techniques in Gabor analysis: the parametrizations...
In this note, we overview the basic theory of frame analysis in Hilbert spaces. We also introduce so...
AbstractTwo sufficient conditions for the Gabor system to be a frame for L2(R) are presented in this...
A frame is a possibly linearly dependent set of vectors in a Hilbert space that facilitates the deco...
This paper is a contribution to frame theory. Frames in a Hilbert space are generalizations of ortho...
We show that Hilbert–Schmidt operators can be used to define frame-like structures for L2(Rd) over l...
Gabor systems are generated by modulations and translations of a single function. Many researchers s...
G\v avruta studied atomic systems in terms of frames for range of operators (that is, for subspaces)...
Matrix representations of bounded Hilbert space operators are considered. The matrices in question a...
AbstractTight frames in Hilbert spaces have been studied intensively for the past years. In this pap...
The main objective of this paper is to provide complete characterization of multigenerator Gabor fra...
AbstractLet K and L be two full-rank lattices in Rd. We give a complete characterization for all the...
AbstractLet A⊂L2(R) be at most countable, and p,q∈N. We characterize various frame-properties for Ga...
Every separable Hilbert space has an orthogonal basis. This allows every element in the Hilbert spa...
In this work, we analyze Gabor frames for the Weyl--Heisenberg group and wavelet frames for the exte...
We discuss three applications of operator algebra techniques in Gabor analysis: the parametrizations...
In this note, we overview the basic theory of frame analysis in Hilbert spaces. We also introduce so...
AbstractTwo sufficient conditions for the Gabor system to be a frame for L2(R) are presented in this...