AbstractWe derive algorithms for the iterative reconstruction of discrete band-limited signals from their irregular samples. They converge at a geometric rate, and all constants are computable explicitly. We also treat the related problem of interpolation of trigonometric polynomials and give estimates for the condition number of certain positive definite Toeplitz matrices
Consider the problem of sampling signals which are not bandlimited, but still have a finite number o...
This paper presents a straightforward method to convert non-uniformly sampled data to uniform sample...
The main objective in this thesis is to design optimal samplers, downsamplers and interpolators (hol...
AbstractDiscrete irregular sampling is the problem of recovering a band-limited discrete signal from...
This thesis is concerned with the problem of irregular sampling with derivatives. In one dimension, ...
In many applications one seeks to recover an entire function of exponential type from its non-unifor...
AbstractIn this paper, band-limited functions are reconstructed from their values taken at a sequenc...
The purpose of this paper is to develop methods that can reconstruct a bandlimited discrete-time sig...
We present a new "second generation" reconstruction algorithm for irregular sampling, i.e....
AbstractWe present a new approach to the problem of irregular sampling of band-limited functions tha...
Theoretically, irregularly sampled bandlimited signals can be reconstructed even if very few demands...
In this thesis, we consider three main resampling problems. The first is the sampling rate conversio...
Recently, it was shown that it is possible to develop exact sampling schemes for a large class of pa...
Consider classes of signals that have a finite number of degrees of freedom per unit of time and cal...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
Consider the problem of sampling signals which are not bandlimited, but still have a finite number o...
This paper presents a straightforward method to convert non-uniformly sampled data to uniform sample...
The main objective in this thesis is to design optimal samplers, downsamplers and interpolators (hol...
AbstractDiscrete irregular sampling is the problem of recovering a band-limited discrete signal from...
This thesis is concerned with the problem of irregular sampling with derivatives. In one dimension, ...
In many applications one seeks to recover an entire function of exponential type from its non-unifor...
AbstractIn this paper, band-limited functions are reconstructed from their values taken at a sequenc...
The purpose of this paper is to develop methods that can reconstruct a bandlimited discrete-time sig...
We present a new "second generation" reconstruction algorithm for irregular sampling, i.e....
AbstractWe present a new approach to the problem of irregular sampling of band-limited functions tha...
Theoretically, irregularly sampled bandlimited signals can be reconstructed even if very few demands...
In this thesis, we consider three main resampling problems. The first is the sampling rate conversio...
Recently, it was shown that it is possible to develop exact sampling schemes for a large class of pa...
Consider classes of signals that have a finite number of degrees of freedom per unit of time and cal...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
Consider the problem of sampling signals which are not bandlimited, but still have a finite number o...
This paper presents a straightforward method to convert non-uniformly sampled data to uniform sample...
The main objective in this thesis is to design optimal samplers, downsamplers and interpolators (hol...
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