We apply the discrete multiscale expansion to the Lax pair and to the first few symmetries of the lattice potential Korteweg-de Vries equation. From these calculations we show that, like the lowest order secularity conditions give a nonlinear Schrödinger equation, the Lax pair gives at the same order the Zakharov and Shabat spectral problem and the symmetries the hierarchy of point and generalized symmetries of the nonlinear Schrödinger equation
We consider multiple lattices and functions defined on them. We introduce slow varying conditions fo...
We consider multiple lattices and functions defined on them. We introduce slow varying conditions fo...
We propose an algorithmic procedure (i) to study the 'distance' between an integrable PDE and any di...
We apply the discrete multiscale expansion to the Lax pair and to the first few symmetries of the la...
We apply the discrete multiscale expansion to the Lax pair and to the first few symmetries of the la...
We apply the discrete multiscale expansion to the Lax pair and to the first few symmetries of the la...
We apply the discrete multiscale expansion to the Lax pair and to the first few symmetries of the la...
We apply the discrete multiscale expansion to the Lax pair and to the first few symmetries of the la...
We present a discrete multiscale expansion of the lattice potential Korteweg-de Vries (lpKdV) equati...
We conjecture an integrability and linearizability test for dispersive Z(2)-lattice equations by usi...
It is well known that from two-dimensional lattice equations one can derive one-dimensional lattice ...
It is well known that from two-dimensional lattice equations one can derive one-dimensional lattice ...
It is well known that from two-dimensional lattice equations one can derive one-dimensional lattice ...
We identify a periodic reduction of the non-autonomous lattice potential Korteweg-de Vries equation ...
We identify a periodic reduction of the non-autonomous lattice potential Korteweg-de Vries equation ...
We consider multiple lattices and functions defined on them. We introduce slow varying conditions fo...
We consider multiple lattices and functions defined on them. We introduce slow varying conditions fo...
We propose an algorithmic procedure (i) to study the 'distance' between an integrable PDE and any di...
We apply the discrete multiscale expansion to the Lax pair and to the first few symmetries of the la...
We apply the discrete multiscale expansion to the Lax pair and to the first few symmetries of the la...
We apply the discrete multiscale expansion to the Lax pair and to the first few symmetries of the la...
We apply the discrete multiscale expansion to the Lax pair and to the first few symmetries of the la...
We apply the discrete multiscale expansion to the Lax pair and to the first few symmetries of the la...
We present a discrete multiscale expansion of the lattice potential Korteweg-de Vries (lpKdV) equati...
We conjecture an integrability and linearizability test for dispersive Z(2)-lattice equations by usi...
It is well known that from two-dimensional lattice equations one can derive one-dimensional lattice ...
It is well known that from two-dimensional lattice equations one can derive one-dimensional lattice ...
It is well known that from two-dimensional lattice equations one can derive one-dimensional lattice ...
We identify a periodic reduction of the non-autonomous lattice potential Korteweg-de Vries equation ...
We identify a periodic reduction of the non-autonomous lattice potential Korteweg-de Vries equation ...
We consider multiple lattices and functions defined on them. We introduce slow varying conditions fo...
We consider multiple lattices and functions defined on them. We introduce slow varying conditions fo...
We propose an algorithmic procedure (i) to study the 'distance' between an integrable PDE and any di...