ReviewsAus den Rezensionen: "... Zu diesem Buch beigetragen haben angewandte und theoretische Informatiker und Mathematiker ... Der Einstieg in diesen Tagungsband wird durch eine grobe Einteilung der einzelnen Arbeiten in die Bereiche Artificial Intelligence and Theorem Proving, Symbolic Computation, Constraint Satisfaction/Solving und Mathematical Knowledge Management erleichtert. ... Aus Sicht eines Computeralgebraikers bietet dieses Buch einen vielfältigen Einblick in Arbeiten, in denen sich die Computeralgebra im Rahmen der künstlichen Intelligenz mal mehr, mal weniger direkt wiederfinden lässt ..." (Moritz Minzlaff, Computeralgebra-Rundbrief, März 2009, Issue 44, S. 23 f.), Aus den Rezensionen:"… Zu diesem Buch beigetragen haben angewandte und theoretische Informatiker und Mathematiker … Der Einstieg in diesen Tagungsband wird durch eine grobe Einteilung der einzelnen Arbeiten in die Bereiche Artificial Intelligence and Theorem Proving, Symbolic Computation, Constraint Satisfaction/Solving und Mathematical Knowledge Management erleichtert. … Aus Sicht eines Computeralgebraikers bietet dieses Buch einen vielfältigen Einblick in Arbeiten, in denen sich die Computeralgebra im Rahmen der künstlichen Intelligenz mal mehr, mal weniger direkt wiederfinden lässt …" (Moritz Minzlaff, Computeralgebra-Rundbrief, März 2009, Issue 44, S. 23 f.), Aus den Rezensionen: "... Zu diesem Buch beigetragen haben angewandte und theoretische Informatiker und Mathematiker ... Der Einstieg in diesen Tagungsband wird durch eine grobe Einteilung der einzelnen Arbeiten in die Bereiche Artificial Intelligence and Theorem Proving, Symbolic Computation, Constraint Satisfaction/Solving und Mathematical Knowledge Management erleichtert. ... Aus Sicht eines Computeralgebraikers bietet dieses Buch einen vielfltigen Einblick in Arbeiten, in denen sich die Computeralgebra im Rahmen der knstlichen Intelligenz mal mehr, mal weniger direkt wiederfinden lsst ..." (Moritz Minzlaff, Computeralgebra-Rundbrief, Mrz 2009, Issue 44, S. 23 f.)
Dewey Edition22
Table Of ContentInvited Presentations.- Interactive Mathematical Documents.- Algebra and Geometry.- An Inductive Inference System and Its Rationality.- Semantic Guidance for Saturation Provers.- Contributed Papers.- Labeled @-Calculus: Formalism for Time-Concerned Human Factors.- Enhanced Theorem Reuse by Partial Theory Inclusions.- Extension of First-Order Theories into Trees.- The Confluence Problem for Flat TRSs.- Some Properties of Triangular Sets and Improvement Upon Algorithm CharSer.- A New Definition for Passivity and Its Relation to Coherence.- A Full System of Invariants for Third-Order Linear Partial Differential Operators.- An Algorithm for Computing the Complete Root Classification of a Parametric Polynomial.- Quantifier Elimination for Quartics.- On the Mixed Cayley-Sylvester Resultant Matrix.- Implicitization of Rational Curves.- Operator Calculus Approach to Solving Analytic Systems.- Solving Dynamic Geometric Constraints Involving Inequalities.- Constraints for Continuous Reachability in the Verification of Hybrid Systems.- Using Hajós' Construction to Generate Hard Graph 3-Colorability Instances.- Finding Relations Among Linear Constraints.- A Search Engine for Mathematical Formulae.- Hierarchical Representations with Signatures for Large Expression Management.
SynopsisHere are the refereed proceedings of the 8th International Conference on Artificial Intelligence and Symbolic Computation, AISC 2006. The book presents 18 revised full papers together with 4 invited papers, organized in topical sections on artificial intelligence and theorem proving, symbolic computation, constraint satisfaction/solving, and mathematical knowledge management. Coverage includes mathematical foundations, implementations, and applications in industry and academia., AISC 2006, the 8th International Conference on Arti'cial Intelligence and S- bolic Computation,was held onthe campus ofBeihang University,China,in the golden autumn of 2006. On behalf of the Organizing Committee and Beihang University,Ihadthepleasuretowelcometheparticipantsofthis conference.The AISC series of specialized biennial conferences was founded in 1992 by Jacques Calmet and John Campbell with initial title "Arti'cial Intelligence and S- bolic Mathematical Computing" (AISMC) and the previous seven conferences in this series were held in Karlsruhe (AISMC-1, 1992), Cambridge (AISMC-2, 1994), Steyr (AISMC-3, 1996), Plattsburgh, NY (AISC 1998), Madrid (AISC 2000), Marseille (AISC 2002), and Hagenberg, Austria (AISC 2004). Arti'cialintelligenceandsymboliccomputationaretwoviewsandapproaches for automating (mathematical) problem solving. They are based on heuristics and mathematical algorithmics, respectively, and each of them can be applied to the other. The AISC series of conferences has not only provided a lively forum for researchers to exchange ideas and views and to present work and new ?ndings, but has also stimulated the development of theoretical insights and results, practical methods and algorithms, and advanced tools of software technology and system design in the interaction of the two ?elds and research communities, meanwhile leading to a broad spectrum of applications by the combined problem solving power of the two ?elds.