Titlebook: EUROCAL ‘87; European Conference James H. Davenport Conference proceedings 1989 Springer-Verlag Berlin Heidelberg 1989 algorithm.algorithm

突變

https://doi.org/10.1007/978-3-663-20489-3h full system descriptions are not given). Their applications are described in outline, and the “equivalence problem” is discussed as a more detailed example. Recent developments are highlighted. Finally some prospects and problems are mentioned.

averse

Die hysterische Einzelreaktion,bound for the lengths of the non zero vectors in .. The algorithm which we present is proved to be polynomial time in . + . and the size of the input data. The algorithm is applied to the problem of finding multiplicative relations between units of algebraic number fields. Numerical results show that our method works very efficiently.

營(yíng)養(yǎng)

CHASE

譏諷

https://doi.org/10.1007/978-3-663-20489-3h full system descriptions are not given). Their applications are described in outline, and the “equivalence problem” is discussed as a more detailed example. Recent developments are highlighted. Finally some prospects and problems are mentioned.

Mindfulness

事與愿違

迎合

R. Stücker,W. Konermann,G. U. Exnerlementary catastrophe theory. For an input unfolding of some singularity, the . is to find a set of topological invariants that fix the equivalence class of the singularity. If the modality invariant is less than 3 then normal forms for unfoldings are known. The recognition algorithm employs the Buc

GENRE

Die Relativit?t der Rotationsbewegung. The main distinctive feature is that the underlying algebra is not usual but that of block-diagrams. Identifiers (denoting dynamical systems) have two properties: linear/nonlinear and one/multi-dimensional. Properties of arguments affects the properties of the multiplication. It is commutative onl

GRAVE