Abstract: In this paper, we introduce an iterative nonlinear least square approximation (INLSA) as an effective method for the design of sum-of-sinusoids (SOS) channel simulators. The proposed method ...

A new iterative method is presented for solving finite difference equations which approximate the steady Stokes equations. The method is an extension of successive-over-relaxation and has two ...

ABSTRACT: To overcome the problem of calculation errors in the Born approximation when the forward accumulation effect is strong in VTI media, this article combines the De Wolf approximation method ...

The use of preconditioned iterative methods to solve a system of equations with a Toeplitz-plus-Hankel coefficient matrix is studied. A new preconditioner suitable for Toeplitz-plus-Hankel matrices is ...

Discover a fast and powerful calculus-based method for finding square roots with impressive accuracy. This explanation shows ...

ABSTRACT: In this paper, we investigate fixed point results for Jaggi-type F-contractions in the framework of cone b-metric spaces. Motivated by the need for faster convergence in iterative methods, ...

Abstract: Developing a coordinated optimal dispatch (COD) strategy for distribution systems (DS) and accessed microgrids (MGs) is one of the solutions to enhance the flexible operation of power ...

This project presents an innovative approach to finding square roots by combining the secant and tangent methods. Developed in Python, it aims to leverage the global approximation capabilities of the ...