This paper concerns difference equations y(x + 1) = G(x, y) where G takes values in C-n and G is meromorphic in x in a neighborhood of infinity in C and holomorphic in a neighborhood of 0 in C-n. It is shown that under certain conditions on the linear part of G, formal power series solutions in x(-1/p),p is an element of N, are multisummable. Moreover, it is shown that formal solutions may always be lifted to holomorphic solutions in upper and lower halfplanes, but in general these solutions are not uniquely determined by the formal solutions.</p
We discuss a class of nonlinear difference equations possessing formal power series solutions which ...
AbstractWe investigate the summability of the unique formal power series solution of a singular pert...
In 1996, Braaksma and Faber established the multi-summability, on suitable multi-intervals, of forma...
This paper concerns difference equations y(x + 1) = G(x, y) where G takes values in C-n and G is mer...
This paper concerns difference equations y(x + 1) = G(x, y) where G takes values in C-n and G is mer...
This paper concerns difference equations y(x + 1) = G(x, y) where G takes values in C-n and G is mer...
This paper concerns difference equations y(x + 1) = G(x, y) where G takes values in C-n and G is mer...
This paper concerns difference equations y(x + 1) = G(x, y) where G takes values in C-n and G is mer...
In this paper a proof is given of a theorem of J. Ecalle that formal power series solutions of nonli...
We give an alternative proof of the multisummability property of divergent power series solutions of...
We discuss a class of nonlinear difference equations possessing formal power series solutions which ...
We discuss a class of nonlinear difference equations possessing formal power series solutions which ...
AbstractIn an earlier paper of the author's, partial differential equations with constant coefficien...
We discuss a class of nonlinear difference equations possessing formal power series solutions which ...
We discuss a class of nonlinear difference equations possessing formal power series solutions which ...
We discuss a class of nonlinear difference equations possessing formal power series solutions which ...
AbstractWe investigate the summability of the unique formal power series solution of a singular pert...
In 1996, Braaksma and Faber established the multi-summability, on suitable multi-intervals, of forma...
This paper concerns difference equations y(x + 1) = G(x, y) where G takes values in C-n and G is mer...
This paper concerns difference equations y(x + 1) = G(x, y) where G takes values in C-n and G is mer...
This paper concerns difference equations y(x + 1) = G(x, y) where G takes values in C-n and G is mer...
This paper concerns difference equations y(x + 1) = G(x, y) where G takes values in C-n and G is mer...
This paper concerns difference equations y(x + 1) = G(x, y) where G takes values in C-n and G is mer...
In this paper a proof is given of a theorem of J. Ecalle that formal power series solutions of nonli...
We give an alternative proof of the multisummability property of divergent power series solutions of...
We discuss a class of nonlinear difference equations possessing formal power series solutions which ...
We discuss a class of nonlinear difference equations possessing formal power series solutions which ...
AbstractIn an earlier paper of the author's, partial differential equations with constant coefficien...
We discuss a class of nonlinear difference equations possessing formal power series solutions which ...
We discuss a class of nonlinear difference equations possessing formal power series solutions which ...
We discuss a class of nonlinear difference equations possessing formal power series solutions which ...
AbstractWe investigate the summability of the unique formal power series solution of a singular pert...
In 1996, Braaksma and Faber established the multi-summability, on suitable multi-intervals, of forma...