AbstractIn this paper, a triangular scheme for the interpolation of analytic functions is presented. The method has applications in digital signal processing as it provides extensions of the Papoulis-Gerchberg algorithm for band-limited signal extrapolation and signal reconstruction. Error estimates for the interpolation and some properties for the coefficients are also derived
Abstract In this paper, fast algorithms for the extrapolation of band-limited signals are presented ...
This paper describes a fast algorithm to interpolate between samples of a bandwidth-limited signal t...
Interpolation is an important problem of signal processing. Even though there are several methods fo...
AbstractIn this paper, a triangular scheme for the interpolation of analytic functions is presented....
Analysis of non-uniformly sampled signals is often severely limited, since most signal processing me...
Abstract. The Papoulis-Gerchberg (PG) algorithm is well known for band-limited signal extrapolation....
AbstractAn algorithm is given for everywhere extrapolating a band-limited signal known only on an in...
‘The band-limited extrapolation algorithm was first presented by A. Papoulis in 1973 in an internal ...
Donem una descripció d'una de les línies de recerca del Grup de Teoria de Funcions de la UAB i la UB...
An improved version of the Papoulis algorithm for bandlimited signal interpolation is presented. Thi...
By considering the algorithm proposed by Papoulis and Gerchberg (1962) which allows the approximatio...
Donem una descripció d'una de les línies de recerca del Grup de Teoria de Funcions de la UAB i la UB...
Abstract In this paper, fast algorithms for the extrapolation of band-limited signals are presented ...
The authors describe an algorithm for the interpolation of burst errors in discrete-time signals tha...
The authors describe an algorithm for the interpolation of burst errors in discrete-time signals tha...
Abstract In this paper, fast algorithms for the extrapolation of band-limited signals are presented ...
This paper describes a fast algorithm to interpolate between samples of a bandwidth-limited signal t...
Interpolation is an important problem of signal processing. Even though there are several methods fo...
AbstractIn this paper, a triangular scheme for the interpolation of analytic functions is presented....
Analysis of non-uniformly sampled signals is often severely limited, since most signal processing me...
Abstract. The Papoulis-Gerchberg (PG) algorithm is well known for band-limited signal extrapolation....
AbstractAn algorithm is given for everywhere extrapolating a band-limited signal known only on an in...
‘The band-limited extrapolation algorithm was first presented by A. Papoulis in 1973 in an internal ...
Donem una descripció d'una de les línies de recerca del Grup de Teoria de Funcions de la UAB i la UB...
An improved version of the Papoulis algorithm for bandlimited signal interpolation is presented. Thi...
By considering the algorithm proposed by Papoulis and Gerchberg (1962) which allows the approximatio...
Donem una descripció d'una de les línies de recerca del Grup de Teoria de Funcions de la UAB i la UB...
Abstract In this paper, fast algorithms for the extrapolation of band-limited signals are presented ...
The authors describe an algorithm for the interpolation of burst errors in discrete-time signals tha...
The authors describe an algorithm for the interpolation of burst errors in discrete-time signals tha...
Abstract In this paper, fast algorithms for the extrapolation of band-limited signals are presented ...
This paper describes a fast algorithm to interpolate between samples of a bandwidth-limited signal t...
Interpolation is an important problem of signal processing. Even though there are several methods fo...
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