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Commutative Packages:Singular
Singular:Singular
System Name | Singular |
Package Name | Singular |
Link | http://www.singular.uni-kl.de/ |
Modified by | Viktor Levandovskyy |
Coefficient Domains
Rings as Coefficients |
Z Z[x] |
Other Rings |
Floating Point Numbers (up to precision, if limited) | |
Basic Exact Fields |
Q Z/pZ |
Maximal value for prime p (if limited) | 2147483629 |
Extension Fields |
simple algebraic extensions algebraic extensions transcendental extensions |
Other Fields | GF(p^n), p a prime, n <= 2^15 |
Monomial Orderings
classical well-orderings (Lex, DegLex, DegRevLex)weighted well-orderings (WDegLex, WDegRevLex)
product (block) orderings
matrix-defined orderings
extra weight (elimination) orderings
local orderings
Other Ordering mixed local-global orderings
Functionality | Criteria |
---|---|
Ideals
Gröbner Basis
FGLM
Hilbert-driven Gröbner Basis
Faugère F4 Heuristic Command based on "BestChoice"
Other variants of the algorithm, computing Gröbner Bases |
Product Criterion Chain Criterion Gebauer-Möller Criterion Other Elements of Gröbner Basics Syzygies and resolutions Lift (Transformation matrix between two bases) Elimination (Krull) dimension Other all the Groebner basics (intersection of submodules, quotient and saturation, kernel of a module homomorphism, kernel of a ring homomorphism, Hilbert function, Betti numbers) |
Other functionality
numerical solving of complex zero-dimensional systems, polynomial factorization, homological algebra
Highlights
primary decomposition of ideals and modules, Noether normalization, resolution of singularities