Computer algebra systems are developing very fast and it is now possible to use new computational power very efficiently to analytically integrate dynamical systems. However, the task of producing an appropriate program is time consuming and requires a considerable amount of skill and practice. Here the merits of numerical versus computer algebraic approaches are compared in the context of a specific problem
The paper discusses the use of symbolic and numeric computation, and a suitable combination of it, i...
The research broadly concerned the symbolic computation, mixed numeric-symbolic computation, and dat...
International audienceThis book aims at reviewing recent progress in the direction of algebraic and ...
AbstractComputer algebra systems are developing very fast and it is now possible to use new computat...
In this paper we discuss systems developed to assist scientists and engineers to solve their problem...
In this paper we discuss systems developed to assist scientists and engineers to solve their problem...
A survey of the use of a combination of symbolic and numerical calculations is presented. Symbolic c...
Reflecting the fundamental role numeric and mixed symbolic-numeric arguments play in the analysis, d...
We describe new types of numerical integration algorithms developed by the authors. The main aim of ...
Solving equations and systems of equations symbolically is a key feature of every Computer Algebra S...
The paper discusses the use of symbolic computation for model formulation, model integration, model ...
Preprint enviat per a la seva publicació en una revista científica.Systems described by a Hamiltonia...
Approaches using computer algebra systems like MAPLE can prove advantageous over conventional numeri...
Since the symbolic computing language is very well suited to the operations with algebraic equations...
Mathematical symbolism generally—and symbolic algebra in particular—is among math-ematics ’ most pow...
The paper discusses the use of symbolic and numeric computation, and a suitable combination of it, i...
The research broadly concerned the symbolic computation, mixed numeric-symbolic computation, and dat...
International audienceThis book aims at reviewing recent progress in the direction of algebraic and ...
AbstractComputer algebra systems are developing very fast and it is now possible to use new computat...
In this paper we discuss systems developed to assist scientists and engineers to solve their problem...
In this paper we discuss systems developed to assist scientists and engineers to solve their problem...
A survey of the use of a combination of symbolic and numerical calculations is presented. Symbolic c...
Reflecting the fundamental role numeric and mixed symbolic-numeric arguments play in the analysis, d...
We describe new types of numerical integration algorithms developed by the authors. The main aim of ...
Solving equations and systems of equations symbolically is a key feature of every Computer Algebra S...
The paper discusses the use of symbolic computation for model formulation, model integration, model ...
Preprint enviat per a la seva publicació en una revista científica.Systems described by a Hamiltonia...
Approaches using computer algebra systems like MAPLE can prove advantageous over conventional numeri...
Since the symbolic computing language is very well suited to the operations with algebraic equations...
Mathematical symbolism generally—and symbolic algebra in particular—is among math-ematics ’ most pow...
The paper discusses the use of symbolic and numeric computation, and a suitable combination of it, i...
The research broadly concerned the symbolic computation, mixed numeric-symbolic computation, and dat...
International audienceThis book aims at reviewing recent progress in the direction of algebraic and ...