AbstractIn this paper we discuss the package DESOLV written for the algebraic computing system MAPLE. DESOLV has routines which will systematically obtain with considerably flexibility, all resulting integrability conditions for any system of linear, coupled, partial differential equations. It also contains routines which will automatically generate and attempt to integrate the determining equations for the Lie symmetries of differential equations
We describe the Liesymm package, implemented in the symbolic computing system MAPLE, for obtaining t...
AbstractA new technique for deriving the determining equations of nonclassical symmetries associated...
Differential Equations are used to mathematically express the laws of physics and models in biology,...
AbstractIn this paper we discuss the package DESOLV written for the algebraic computing system MAPLE...
This study presents a theoretical basis for and outlines the method of finding the Lie point symmetr...
The study seeks to determine which of five computer algebra packages is best at finding the Lie poin...
AbstractWe describe the Liesymm package, implemented in the symbolic computing system MAPLE, for obt...
This thesis presents a number of applications of symbolic computing to the study of differenti...
The paper has been presented at the 12th International Conference on Applications of Computer Algebr...
AbstractWe show how the MAPLE packagediffgrob2can be used to analyse overdetermined systems of PDE. ...
The application of computer algebra for determining Lie and Lie-Bäcklund (LB) symmetries of differen...
The paper illustrates the use of a symbolic software package GeM for Maple to compute lo-cal symmetr...
Problems involving partial or ordinary differential equations arise in various fields of science. Th...
AbstractAn algorithm to generate solutions for members of a class of completely integrable partial d...
We present and describe, with illustrative examples, the MAPLE computer algebra package DESOLVII, wh...
We describe the Liesymm package, implemented in the symbolic computing system MAPLE, for obtaining t...
AbstractA new technique for deriving the determining equations of nonclassical symmetries associated...
Differential Equations are used to mathematically express the laws of physics and models in biology,...
AbstractIn this paper we discuss the package DESOLV written for the algebraic computing system MAPLE...
This study presents a theoretical basis for and outlines the method of finding the Lie point symmetr...
The study seeks to determine which of five computer algebra packages is best at finding the Lie poin...
AbstractWe describe the Liesymm package, implemented in the symbolic computing system MAPLE, for obt...
This thesis presents a number of applications of symbolic computing to the study of differenti...
The paper has been presented at the 12th International Conference on Applications of Computer Algebr...
AbstractWe show how the MAPLE packagediffgrob2can be used to analyse overdetermined systems of PDE. ...
The application of computer algebra for determining Lie and Lie-Bäcklund (LB) symmetries of differen...
The paper illustrates the use of a symbolic software package GeM for Maple to compute lo-cal symmetr...
Problems involving partial or ordinary differential equations arise in various fields of science. Th...
AbstractAn algorithm to generate solutions for members of a class of completely integrable partial d...
We present and describe, with illustrative examples, the MAPLE computer algebra package DESOLVII, wh...
We describe the Liesymm package, implemented in the symbolic computing system MAPLE, for obtaining t...
AbstractA new technique for deriving the determining equations of nonclassical symmetries associated...
Differential Equations are used to mathematically express the laws of physics and models in biology,...