There are many methods for solving a polynomial equation and many different modifications of those methods have been proposed in the literature. One of such modifications is the use of various iteration processes taken from the fixed point theory. In this paper, we propose a modification of the iteration processes used in the Basic Family of iterations by replacing the convex combination with an s-convex one. In our study, we concentrate only on the S-iteration with s-convexity. We present some graphical examples, the so-called polynomiographs, and numerical experiments showing the dependency of polynomiograph’s generation time on the value of the s parameter in the s-convex combination
summary:The method of projections onto convex sets to find a point in the intersection of a finite n...
In this paper we propose to replace the standard Picard iteration in the Newton–Raphson method by Ma...
In this paper we propose to replace the standard Picard iteration in the Newton--Raphson method by M...
postprint artykułu opublikowanego w czasopiśmie "Mathematics and Computers in Simulation" pod tytułe...
In this paper, an iteration process, referred to in short as MMP, will be considered. This iteration...
In today’s world, fractals play an important role in many fields, e.g., image compression or encrypt...
In this paper a survey of some modifications based on the classic Newton's and the higher order Newt...
In the paper visualizations of some modifications based on the Newton's root finding of complex poly...
In recent years, researchers have studied the use of different iteration processes from fixed point t...
The aim of this paper is to visually investigate the dynamics and stability of the process in which ...
Since the introduction of complex fractals by Mandelbrot they gained much attention by the researche...
The aim of this paper is to present some modifications of complex polynomial roots finding visualiza...
In this paper, we propose an improvement of the Robust Newton's Method (RNM). The RNM is a generalis...
summary:The method of projections onto convex sets to find a point in the intersection of a finite n...
summary:The method of projections onto convex sets to find a point in the intersection of a finite n...
summary:The method of projections onto convex sets to find a point in the intersection of a finite n...
In this paper we propose to replace the standard Picard iteration in the Newton–Raphson method by Ma...
In this paper we propose to replace the standard Picard iteration in the Newton--Raphson method by M...
postprint artykułu opublikowanego w czasopiśmie "Mathematics and Computers in Simulation" pod tytułe...
In this paper, an iteration process, referred to in short as MMP, will be considered. This iteration...
In today’s world, fractals play an important role in many fields, e.g., image compression or encrypt...
In this paper a survey of some modifications based on the classic Newton's and the higher order Newt...
In the paper visualizations of some modifications based on the Newton's root finding of complex poly...
In recent years, researchers have studied the use of different iteration processes from fixed point t...
The aim of this paper is to visually investigate the dynamics and stability of the process in which ...
Since the introduction of complex fractals by Mandelbrot they gained much attention by the researche...
The aim of this paper is to present some modifications of complex polynomial roots finding visualiza...
In this paper, we propose an improvement of the Robust Newton's Method (RNM). The RNM is a generalis...
summary:The method of projections onto convex sets to find a point in the intersection of a finite n...
summary:The method of projections onto convex sets to find a point in the intersection of a finite n...
summary:The method of projections onto convex sets to find a point in the intersection of a finite n...
In this paper we propose to replace the standard Picard iteration in the Newton–Raphson method by Ma...
In this paper we propose to replace the standard Picard iteration in the Newton--Raphson method by M...