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Bilinear, trilinear forms, and exact solution of certain fourth order integrable difference equations

机译:双线性,三线性形式和某些四阶可积差分方程的精确解

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A systematic investigation of finding bilinear or trilinear representations of fourth order autonomous ordinary difference equation, x(n+4)= F(x(n), x(n+1), x(n+2), x(n+3)) or x(n+4)=F(x(n), x(n+1), x(n+2), x(n+3)), is made. As an illustration, we consider fourth order symplectic integrable difference equations reported by [Capel and Sahadevan, Physica A 289, 86 (2001)] and derived their bilinear or trilinear forms. Also, it is shown that the obtained bilinear representations admit exact solution of rational form. (C) 2008 American Institute of Physics.
机译:寻找四阶自治常微分方程x(n + 4)= F(x(n),x(n + 1),x(n + 2),x(n + 3)的双线性或三线性表示的系统研究))或x(n + 4)= F(x(n),x(n + 1),x(n + 2),x(n + 3))。作为说明,我们考虑[Capel and Sahadevan,Physica A 289,86(2001)]报告的四阶辛可积差分方程,并推导了它们的双线性或三线性形式。而且,表明所获得的双线性表示接受有理形式的精确解。 (C)2008美国物理研究所。

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