On the Resolution of Ideals of Fat Points
By G. Fatabbi. 2001
48 citations recorded by the source corpus.
Subfields: Algebra and Number Theory, Computational Mathematics, Computational Theory and Mathematics
View Paper: https://www.semanticscholar.org/paper/1a789c8576ee6587433dbe11e1f997ed557808e0
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Algebra and Number Theory
- Adam Van Tuyl
- Huy Tài Hà
- A. V. Geramita
- Juan Migliore
- Christopher A. Francisco
- Uwe Nagel
- K. Kimura
- Russ Woodroofe
In Computational Mathematics
In Computational Theory and Mathematics
- Adam Van Tuyl
- Huy Tài Hà
- A. V. Geramita
- Juan Migliore
- Christopher A. Francisco
- Uwe Nagel
- K. Kimura
- Russ Woodroofe
Citations in the corpus
- A Beginner’s Guide to Edge and Cover Ideals (2013, background): “Francisco [24], Fatabbi [22] and Valla [61] have all used the splitting of monomial ideals to study the ideal of fat points in projective space P.”
- On the first infinitesimal neighborhood of a linear configuration of points in P2 (2006, background): “For higher dimensional spaces we have: Catalisano, Ellia and Gimigliano [15] (arbitrary fat points whose support is on a rational normal curve in P); Fatabbi [25], Francisco [28], Fatabbi and Lorenzini [26] and Valla [56] (arbitrary fat points whose support is on ≤ n+ 1 points in P).”
- Splittings of monomial ideals (2008, methodology): “Fatabbi [4], Valla [15], and the first author [5] used E-K splittings to yield results on the graded Betti numbers of some ideals of fat points.”
- Monomial ideals, edge ideals of hypergraphs, and their graded Betti numbers (2006, methodology): “This relation was first observed for the total Betti numbers by Eliahou and Kervaire [8] and extended to the graded case by Fatabbi [10].”