Abstract: In this paper, the design of fractional order digital differentiator is investigated. First, the radial basis function interpolation method is described. Then, the non-integer delay sample ...

It deals with Lagrange interpolation including lower estimates, fine and rough theory, interpolatory proofs of Jackson and Teliakovski-Gopengauz theorems, Lebesgue function, Lebesgue constant of ...

However, in the realm of multi-material topology optimization for electric motors, the non-linear characteristics of soft magnetic materials make the choice of interpolation function crucial, as it ...

For the first part of the project, I created a python code that generates a LUT table of ... For the second part, we must implement the function using linear interpolation using 64 slut memories so ...

The characteristic length scale that separates these two regimes is known as the persistence length. PolymerCpp provides a number of Python functions that exposes the C++ routines for generating 3D ...

These residuals are then interpolated to 1 km resolution using a radial basis function interpolation method, which is particularly well-suited for smooth interpolation of scattered data points. The ...

Centre for Advanced Computations in Engineering Science (ACES), Department of Mechanical Engineering, National University of Singapore, 10 Kent Ridge Crescent, Singapore, 119260, Singapore ...