AbstractIt has been treated as a difficult problem to find iterative roots of non-monotonic functions. For some PM functions which do not increase the number of forts under iteration a method was given to obtain a non-monotonic iterative root by extending a monotone iterative root from the characteristic interval. In this paper we prove that every continuous iterative root is an extension from the characteristic interval and give various modes of extension for those iterative roots of PM functions
AbstractA simple technique is given in this paper for the construction and analysis of monotone iter...
The aim of paper is to prove a weak convergenceresult for finding a common of the set of fixed point...
Solutions φ(x) of the functional equation φ(φ(x)) = f(x) are called iterative roots of the given fun...
AbstractIt has been treated as a difficult problem to find iterative roots of non-monotonic function...
AbstractIn this paper we study iterative roots of PM functions, a special class of non-monotone func...
AbstractBased on the iterative root theory for monotone functions, an algorithm for computing polygo...
Abstract The square iterative roots for strictly monotonic and upper semicontinuous functions with o...
This is a rough survey of some results on iterative roots (fractional iterates) published ...
raised the following question. If a continuous piecewise linear interval map has a continuous square...
We develop monotone iterative technique for a system of semilinear elliptic boundary value problems ...
We develop monotone iterative technique for a system of semilinear elliptic boundary value problems ...
Abstract. This is a rough survey of some results on iterative roots (fractional iterates) published ...
AbstractGiven a set D of real numbers and a piecewise continuous and globally periodic map F:D→D, we...
We develop monotone iterative technique for a system of semilinear elliptic boundary value problems ...
We present monotone convergence results for general iterative methods in order to approximate a solu...
AbstractA simple technique is given in this paper for the construction and analysis of monotone iter...
The aim of paper is to prove a weak convergenceresult for finding a common of the set of fixed point...
Solutions φ(x) of the functional equation φ(φ(x)) = f(x) are called iterative roots of the given fun...
AbstractIt has been treated as a difficult problem to find iterative roots of non-monotonic function...
AbstractIn this paper we study iterative roots of PM functions, a special class of non-monotone func...
AbstractBased on the iterative root theory for monotone functions, an algorithm for computing polygo...
Abstract The square iterative roots for strictly monotonic and upper semicontinuous functions with o...
This is a rough survey of some results on iterative roots (fractional iterates) published ...
raised the following question. If a continuous piecewise linear interval map has a continuous square...
We develop monotone iterative technique for a system of semilinear elliptic boundary value problems ...
We develop monotone iterative technique for a system of semilinear elliptic boundary value problems ...
Abstract. This is a rough survey of some results on iterative roots (fractional iterates) published ...
AbstractGiven a set D of real numbers and a piecewise continuous and globally periodic map F:D→D, we...
We develop monotone iterative technique for a system of semilinear elliptic boundary value problems ...
We present monotone convergence results for general iterative methods in order to approximate a solu...
AbstractA simple technique is given in this paper for the construction and analysis of monotone iter...
The aim of paper is to prove a weak convergenceresult for finding a common of the set of fixed point...
Solutions φ(x) of the functional equation φ(φ(x)) = f(x) are called iterative roots of the given fun...