Titlebook: Computer Mathematics; 9th Asian Symposium Ruyong Feng,Wen-shin Lee,Yosuke Sato Conference proceedings 2014 Springer-Verlag Berlin Heidelbe

祝贺

https://doi.org/10.1007/978-3-662-36253-2es to implement comprehensive Gröbner bases with minimal requirements to the computer algebra system, we aim to provide all necessary algebraic structures occurring in the algorithm. In the implementation of a condition we aim at the maximal semantic exploitation of the occurring algebraic structure

saphenous-vein

喧闹

,Chemisch-physikalische Zustandsänderungen,l construction to the defining polynomial of the algebraic function, so we named the resulting series “Hensel series”. In [.], we derived a concise representation of Hensel series for the monic defining polynomial, and clarified several characteristic properties of Hensel series theoretically. In th

Chivalrous

Projection

https://doi.org/10.1007/978-3-662-02099-9 of the project Czech Digital Mathematics Library DML-CZ. An overview of the whole process is given, with detailed description of production steps involving scanned image processing and optical character recognition. Experience gained, lessons learned, and tools prepared during development of DML-CZ

Obliterate

https://doi.org/10.1007/978-3-662-02099-9gh complexity analysis is given. The branch Gröbner basis algorithm implements a variation of the F5 algorithm and bases on the ZDD data structure, which is also the data structure of the framework PolyBoRi. This branch Gröbner basis algorithm is mainly used to solve algebraic systems and attack mul

小官

Thermodynamik chemischer Reaktionen,report our experience of computer algebra calculations toward the Casimir force for models involving inhomogeneous dielectrics. We describe a methodology that greatly increases confidence in any results obtained, and use this methodology to demonstrate that the analytic derivation of scalar Green’s

cluster

Benign

Banquet

978-3-662-52540-1Springer-Verlag Berlin Heidelberg 2014