A lecture note introducing the sampling theorem as an interpolation method is presented. The relationship between piecewise linear approximation and the sampling theorem is highlighted by the use of triangular pulses instead of sampling functions. Furthermore, a comparison of the linear interpolation with a series on a nonorthogonal basis composed of equally spaced triangular pulses is provided. The interpolation uses the sample values of the function whereas the series coefficients are obtained by minimizing the quadratic error between the original function and the series
The generalized sampling theorem states that any analogue signal whose spectrum is limited to 1/T ca...
In the paper there are considered one-parameter families of functions from polyno-mials and a set of...
AbstractIn this paper, a triangular scheme for the interpolation of analytic functions is presented....
A lecture note introducing the sampling theorem as an interpolation method is presented. The relatio...
Uma aula sobre o teorema da amostragem como um método de interpolação e ́ apresentada neste traba...
Linear interpolation is the computationally simplest of all possible interpolation techniques. Inter...
Whittaker's (or Shannon 's) Sampling Theorem is a well-known interpolation formula that has been ext...
AbstractIn this paper, band-limited functions are reconstructed from their values taken at a sequenc...
Abstract—We present a simple, original method to improve piecewise-linear interpolation with uniform...
Abstract:- Interpolation for sampled-values with non-uniform sampling points is required for various...
This paper investigates the interpolation formulae and the sampling theorem for bandpass signals in ...
The book is about understanding the geometry of interpolating and sampling sequences in classical sp...
AbstractIn 1915, E. T. Whittaker showed that an L2 function, whose Fourier tranform has compact supp...
The linear sampling method is an algorithm for solving the inverse scattering problem for acoustic ...
In this correspondence, we calculate the condition number of the linear operator that maps sequences...
The generalized sampling theorem states that any analogue signal whose spectrum is limited to 1/T ca...
In the paper there are considered one-parameter families of functions from polyno-mials and a set of...
AbstractIn this paper, a triangular scheme for the interpolation of analytic functions is presented....
A lecture note introducing the sampling theorem as an interpolation method is presented. The relatio...
Uma aula sobre o teorema da amostragem como um método de interpolação e ́ apresentada neste traba...
Linear interpolation is the computationally simplest of all possible interpolation techniques. Inter...
Whittaker's (or Shannon 's) Sampling Theorem is a well-known interpolation formula that has been ext...
AbstractIn this paper, band-limited functions are reconstructed from their values taken at a sequenc...
Abstract—We present a simple, original method to improve piecewise-linear interpolation with uniform...
Abstract:- Interpolation for sampled-values with non-uniform sampling points is required for various...
This paper investigates the interpolation formulae and the sampling theorem for bandpass signals in ...
The book is about understanding the geometry of interpolating and sampling sequences in classical sp...
AbstractIn 1915, E. T. Whittaker showed that an L2 function, whose Fourier tranform has compact supp...
The linear sampling method is an algorithm for solving the inverse scattering problem for acoustic ...
In this correspondence, we calculate the condition number of the linear operator that maps sequences...
The generalized sampling theorem states that any analogue signal whose spectrum is limited to 1/T ca...
In the paper there are considered one-parameter families of functions from polyno-mials and a set of...
AbstractIn this paper, a triangular scheme for the interpolation of analytic functions is presented....