The subject of this work is functional equations with direction towards linear functional equations. The .rst part describes function sets where iterates of the functions converge to a .xed point. In the second part the convergence property is used to provide solutions to linear functional equations by de.ning solutions as in.nite sums. Furthermore, this work contains some transforms to linear form, examples of functions that belong to di¤erent classes and corresponding linear functional equations. We use Mathematica to generate solutions and solve itera- tively equations
AbstractAnalytic solutions are obtained for iterative functional differential equations that are nat...
The Pade approximant problem is related to a (not necessarily orthogonal) projection of a linear fun...
We present monotone convergence results for general iterative methods in order to approximate a solu...
ABSTRACT. Functional equations for iterates are solved or approximated by means of associated differ...
Abstract. A functional equation related to a problem of linear depen-dence of iterates is considered...
Certain systems of functional equations related to the iteration of functions with a xed point are c...
Abstract. Continuous solutions of iterative linear inequalities of the first and second order are co...
Proceedings, pp. 228—252 Iterative functional differential equations are equations involving deriva-...
Continuous solutions of iterative linear inequalities of the first and second order are considered, ...
We describe the solutions of the linear equation aX + bY = cZ in the class of Dirichlet series with ...
AbstractThis paper is concerned with an iterative functional differential equation x′(z) = x(m)(z), ...
AbstractIn this paper, we establish the existence and uniqueness of continuous solutions for two cla...
Sequences of iterates of nonlinear functions can behave in complicated ways as can be seen from a va...
AbstractThe equation x(x(t))=f(t) is discussed in many papers purely from the theoretical point of v...
1. Introduction. The question of obtaining complete sets of solutions for a given linear partial dif...
AbstractAnalytic solutions are obtained for iterative functional differential equations that are nat...
The Pade approximant problem is related to a (not necessarily orthogonal) projection of a linear fun...
We present monotone convergence results for general iterative methods in order to approximate a solu...
ABSTRACT. Functional equations for iterates are solved or approximated by means of associated differ...
Abstract. A functional equation related to a problem of linear depen-dence of iterates is considered...
Certain systems of functional equations related to the iteration of functions with a xed point are c...
Abstract. Continuous solutions of iterative linear inequalities of the first and second order are co...
Proceedings, pp. 228—252 Iterative functional differential equations are equations involving deriva-...
Continuous solutions of iterative linear inequalities of the first and second order are considered, ...
We describe the solutions of the linear equation aX + bY = cZ in the class of Dirichlet series with ...
AbstractThis paper is concerned with an iterative functional differential equation x′(z) = x(m)(z), ...
AbstractIn this paper, we establish the existence and uniqueness of continuous solutions for two cla...
Sequences of iterates of nonlinear functions can behave in complicated ways as can be seen from a va...
AbstractThe equation x(x(t))=f(t) is discussed in many papers purely from the theoretical point of v...
1. Introduction. The question of obtaining complete sets of solutions for a given linear partial dif...
AbstractAnalytic solutions are obtained for iterative functional differential equations that are nat...
The Pade approximant problem is related to a (not necessarily orthogonal) projection of a linear fun...
We present monotone convergence results for general iterative methods in order to approximate a solu...