Certain systems of functional equations related to the iteration of functions with a xed point are considered. We construct smooth solutions in terms of expansions about a xed point. In a particular example taken from an intuitive geometric situation the solution is obtained explicitly as a convergent Taylor series. Particular attention is given to the question of selecting distinguished solutions from an innity of possible solutions. This classical topic is presented in a transparent way by consistently using compositional notation. The method described may be applied in similar situations, e.g. for handling iterations arising in discrete dynamical systems. 1
summary:Algorithms for finding an approximate solution of boundary value problems for systems of fun...
Stability conditions for a class of functional differential equations are studied. The results show ...
It is well-known that Halley’s method can be obtained by applying Newton’s method to the function f/...
Taylor’s theorem (and its variants) is widely used in several areas of mathematical analysis, includ...
The subject of this work is functional equations with direction towards linear functional equations....
We present here lesson plans for teaching the dynamical systems topic of iteration of functions and ...
AbstractFrequently, in applications, a function is iterated in order to determine its fixed point, w...
International audienceThis paper describes a generic Taylor series based continuation method, the so...
We introduce a class of new iteration functions which are ratios of polynomials of the same degree a...
Regarding solving nonlinear equations systems, there is a main problem that is the number and comple...
The aim of this paper is the analysis of an extension of collocation based numerical methods for sol...
We study a recurrence relation, originating in combinatorial problems, where the generating function...
Proceedings, pp. 228—252 Iterative functional differential equations are equations involving deriva-...
Thesis. Karmarkar\u27s algorithm to solve linear programs has renewed interest in interior point met...
Tese de doutoramento, Matemática (Análise Matemática), Universidade de Lisboa, Faculdade de Ciências...
summary:Algorithms for finding an approximate solution of boundary value problems for systems of fun...
Stability conditions for a class of functional differential equations are studied. The results show ...
It is well-known that Halley’s method can be obtained by applying Newton’s method to the function f/...
Taylor’s theorem (and its variants) is widely used in several areas of mathematical analysis, includ...
The subject of this work is functional equations with direction towards linear functional equations....
We present here lesson plans for teaching the dynamical systems topic of iteration of functions and ...
AbstractFrequently, in applications, a function is iterated in order to determine its fixed point, w...
International audienceThis paper describes a generic Taylor series based continuation method, the so...
We introduce a class of new iteration functions which are ratios of polynomials of the same degree a...
Regarding solving nonlinear equations systems, there is a main problem that is the number and comple...
The aim of this paper is the analysis of an extension of collocation based numerical methods for sol...
We study a recurrence relation, originating in combinatorial problems, where the generating function...
Proceedings, pp. 228—252 Iterative functional differential equations are equations involving deriva-...
Thesis. Karmarkar\u27s algorithm to solve linear programs has renewed interest in interior point met...
Tese de doutoramento, Matemática (Análise Matemática), Universidade de Lisboa, Faculdade de Ciências...
summary:Algorithms for finding an approximate solution of boundary value problems for systems of fun...
Stability conditions for a class of functional differential equations are studied. The results show ...
It is well-known that Halley’s method can be obtained by applying Newton’s method to the function f/...