Using a simple cosine wave as an example, this Demonstration shows how the number of data points and the interpolation order affect the resulting interpolating function. The blue line represents the plot of the interpolating function, the red line represents the numerical difference between the interpolating function values and the true values of the sinusoid, and the black points are the points used in the interpolation. The sampling rate corresponds to the number of sample points per oscillationComponente Curricular::Educação Superior::Ciências Exatas e da Terra::Matemátic
Abstract—Discrete time signal is nothing but samples continuous time signal and this process is call...
We identify a cause for interpolation artifacts in objective functions by observing that the energy ...
The word “interpolation ” originates from the Latin verb interpolare, a contraction of “inter, ” mea...
Using a simple cosine wave as an example, this Demonstration shows how the number of data points and...
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...
Change the interpolation order to see the best interpolation of the points with piecewise polynomial...
Change the interpolation order to see the best interpolation of the points with piecewise polynomial...
A lecture note introducing the sampling theorem as an interpolation method is presented. The relatio...
Visualization of interpolants computed using linear, PCHIP, and cubic spline interpolation methods f...
Abstract-In numerical measuring processes the interpolation is an important part. Some algorithms of...
Interpolation is an ubiquitous technique arising in Mathematics, specially in Numerical Analysis. Th...
An improved version of the Papoulis algorithm for bandlimited signal interpolation is presented. Thi...
Description of the work and motivation A ubiquitous problem in signal processing is to obtain data s...
[[abstract]]A bandlimited signal is to be recovered over a finite interval. There are two closed for...
Abstract—Discrete time signal is nothing but samples continuous time signal and this process is call...
We identify a cause for interpolation artifacts in objective functions by observing that the energy ...
The word “interpolation ” originates from the Latin verb interpolare, a contraction of “inter, ” mea...
Using a simple cosine wave as an example, this Demonstration shows how the number of data points and...
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...
Change the interpolation order to see the best interpolation of the points with piecewise polynomial...
Change the interpolation order to see the best interpolation of the points with piecewise polynomial...
A lecture note introducing the sampling theorem as an interpolation method is presented. The relatio...
Visualization of interpolants computed using linear, PCHIP, and cubic spline interpolation methods f...
Abstract-In numerical measuring processes the interpolation is an important part. Some algorithms of...
Interpolation is an ubiquitous technique arising in Mathematics, specially in Numerical Analysis. Th...
An improved version of the Papoulis algorithm for bandlimited signal interpolation is presented. Thi...
Description of the work and motivation A ubiquitous problem in signal processing is to obtain data s...
[[abstract]]A bandlimited signal is to be recovered over a finite interval. There are two closed for...
Abstract—Discrete time signal is nothing but samples continuous time signal and this process is call...
We identify a cause for interpolation artifacts in objective functions by observing that the energy ...
The word “interpolation ” originates from the Latin verb interpolare, a contraction of “inter, ” mea...