The study seeks to determine which of five computer algebra packages is best at finding the Lie point symmetries of systems of partial differential equations with minimal user intervention. The chosen packages are LIEPDE and DIMSYM for REDUCE, LIE and BIGLIE for MUMATH, DESOLV for MAPLE, and MATHLIE for MATHEMATICA. A series of systems of partial differential equations are used in the study. The paper concludes that while all of the computer packages are useful, DESOLV appears to be the most successful system at determining the complete set of Lie point symmetries of systems of partial differential equations.<br /
We give a method for using explicitly known Lie symmetries of a system of differential equations to ...
The computer algebra system Maple contains a basic set of commands for working with Lie algebras. Th...
For a linear ordinary differential equation the Lie algebra of its infinitesimal Lie symmetries is c...
This study presents a theoretical basis for and outlines the method of finding the Lie point symmetr...
AbstractIn this paper we discuss the package DESOLV written for the algebraic computing system MAPLE...
The application of computer algebra for determining Lie and Lie-Bäcklund (LB) symmetries of differen...
The paper has been presented at the 12th International Conference on Applications of Computer Algebr...
We present and describe, with illustrative examples, the MAPLE computer algebra package DESOLVII, wh...
The paper illustrates the use of a symbolic software package GeM for Maple to compute lo-cal symmetr...
The main aim of this thesis is to describe the program Deltasym. It is a Maple program that is desig...
Problems involving partial or ordinary differential equations arise in various fields of science. Th...
Despite the fact that Sophus Lie's theory was virtually the only systematic method for solving nonli...
Lie symmetry analysis provides a general theoretical framework for investigating ordinary and partia...
In this paper we restrict ourselves to Lie point symmetries an applications to the fourth order gene...
This paper describes a method that enables the user to construct systematically the set of all discr...
We give a method for using explicitly known Lie symmetries of a system of differential equations to ...
The computer algebra system Maple contains a basic set of commands for working with Lie algebras. Th...
For a linear ordinary differential equation the Lie algebra of its infinitesimal Lie symmetries is c...
This study presents a theoretical basis for and outlines the method of finding the Lie point symmetr...
AbstractIn this paper we discuss the package DESOLV written for the algebraic computing system MAPLE...
The application of computer algebra for determining Lie and Lie-Bäcklund (LB) symmetries of differen...
The paper has been presented at the 12th International Conference on Applications of Computer Algebr...
We present and describe, with illustrative examples, the MAPLE computer algebra package DESOLVII, wh...
The paper illustrates the use of a symbolic software package GeM for Maple to compute lo-cal symmetr...
The main aim of this thesis is to describe the program Deltasym. It is a Maple program that is desig...
Problems involving partial or ordinary differential equations arise in various fields of science. Th...
Despite the fact that Sophus Lie's theory was virtually the only systematic method for solving nonli...
Lie symmetry analysis provides a general theoretical framework for investigating ordinary and partia...
In this paper we restrict ourselves to Lie point symmetries an applications to the fourth order gene...
This paper describes a method that enables the user to construct systematically the set of all discr...
We give a method for using explicitly known Lie symmetries of a system of differential equations to ...
The computer algebra system Maple contains a basic set of commands for working with Lie algebras. Th...
For a linear ordinary differential equation the Lie algebra of its infinitesimal Lie symmetries is c...