Titlebook: Artificial Intelligence and Symbolic Mathematical Computing; International Confer Jacques Calmet,John A. Campbell Conference proceedings 19

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On mathematical modeling in robotics, topological reasoning and so-called fibered logical spaces for logical reasoning in robotics. The main perspective is on interaction and combination of different fields and methods from symbolic mathematical computation and AI and the mutual stimulation given by the various disciplines.

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,Gr?bner bases: Strategies and applications,he polynomial set involved in their specification into Gr?bner bases form. Gr?bner bases of a system of polynomials are canonical finite sets of multivariate polynomials which define the same algebraic structure as the initial polynomial system. But the computation of Gr?bner bases requires a large

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Completion and invariant theory in symbolic computation and artificial intelligence,igence is presented on a level of abstraction which permits a unifying viewpoint on problems in symbolic computation and artificial intelligence. We refer to applications in computational polynomial ideal theory and in general problem-solving in the sense of AI research.

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Algorithmic development of power series,ce a goal of Computer Algebra is to work with formal objects and preserve such symbolic information, it should be possible to automate conversion between these forms in Computer Algebra Systems (CASs). However, only . provides a rather limited procedure powerseries to calculate FPS from analytic exp

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