The following pages link to A Linear Diophantine Problem (Q3274228):
Displaying 50 items.
- The Frobenius problem for repunit numerical semigroups. (Q282993) (← links)
- Formulae for the Frobenius number in three variables (Q311484) (← links)
- A note on a special case of the Frobenius problem (Q358968) (← links)
- Constructing the set of complete intersection numerical semigroups with a given Frobenius number. (Q360195) (← links)
- Minimal relations and the Diophantine Frobenius problem in embedding dimension three (Q518075) (← links)
- Some properties of Frobenius numbers and a fraction of symmetric semigroups in the weak limit for \(n=3\) (Q611967) (← links)
- The Frobenius problem for numerical semigroups (Q640865) (← links)
- Numerical semigroups: Apéry sets and Hilbert series. (Q734976) (← links)
- Geometric proof of Rødseth's formula for Frobenius numbers (Q741994) (← links)
- More on shellsort increment sequences (Q915466) (← links)
- Frobenius problem for semigroups \(\mathbf S(d_1,d_2,d_3)\). (Q952235) (← links)
- Atoms of the set of numerical semigroups with fixed Frobenius number. (Q957993) (← links)
- On the geometry of the Frobenius problem (Q1035287) (← links)
- Weak asymptotics in the 3-dim Frobenius problem (Q1035292) (← links)
- Analytic representations in the three-dimensional Frobenius problem (Q1039978) (← links)
- On a conjecture about the exponent set of primitive matrices (Q1057959) (← links)
- Improved upper bounds on Shellsort (Q1069307) (← links)
- On a partition problem of Frobenius (Q1211072) (← links)
- Frobenius problem for three arguments (Q1277567) (← links)
- Symmetry and factorization of numerical sets and monoids (Q1348683) (← links)
- Fundamental gaps in numerical semigroups. (Q1434780) (← links)
- Delta sets for nonsymmetric numerical semigroups with embedding dimension three (Q1689390) (← links)
- Effective nonvanishing for Fano weighted complete intersections (Q1689480) (← links)
- The Frobenius number for sequences of triangular and tetrahedral numbers (Q1711716) (← links)
- The Frobenius problem, rational polytopes, and Fourier-Dedekind sums (Q1864844) (← links)
- Refined upper bounds for the linear Diophantine problem of Frobenius (Q1883402) (← links)
- Sylvester power and weighted sums on the Frobenius set in arithmetic progression (Q2133405) (← links)
- On the multiplicity of a proportionally modular numerical semigroup (Q2232671) (← links)
- Exponents of primitive companion matrices (Q2326037) (← links)
- The first elements of the quotient of a numerical semigroup by a positive integer (Q2346770) (← links)
- The Frobenius problem for Thabit numerical semigroups (Q2347033) (← links)
- Patterns on numerical semigroups. (Q2369063) (← links)
- A graph-theoretic algorithm for the solution of a linear diophantine problem of Frobenius (Q2393964) (← links)
- The Frobenius problem for numerical semigroups with multiplicity four. (Q2428561) (← links)
- The Frobenius problem for numerical semigroups with embedding dimension equal to three (Q2894523) (← links)
- The Frobenius number in the set of numerical semigroups with fixed multiplicity and genus (Q2978911) (← links)
- Numerical Semigroups Generated by Squares and Cubes of Three Consecutive Integers (Q3296094) (← links)
- Numerical Semigroups that Differ from a Symmetric Numerical Semigroup in One Element (Q3520481) (← links)
- WEIGHTED SYLVESTER SUMS ON THE FROBENIUS SET IN MORE VARIABLES (Q5083827) (← links)
- Numerical Semigroups and the Game of Sylver Coinage (Q5124650) (← links)
- (Q5148762) (← links)
- Some Experimental Results on the Frobenius Problem (Q5317273) (← links)
- (Q5383244) (← links)
- Perfect Pairs of Ideals and Duals in Numerical Semigroups (Q5491379) (← links)
- (Q5856384) (← links)
- On numerical semigroups (Q5916421) (← links)
- Representation of numbers by linear forms (Q5930790) (← links)
- Gaps in nonsymmetric numerical semigroups. (Q5962245) (← links)
- On the determination of p-Frobenius and related numbers using the p-Apéry set (Q6491063) (← links)
- The multiples of a numerical semigroup (Q6645114) (← links)
