References in zbMATH (referenced in 23 articles )

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  1. Hashemi, Amir; Kreuzer, Martin; Pourkhajouei, Samira: Computing coupled border bases (2020)
  2. Horáček, Jan; Kreuzer, Martin: On conversions from CNF to ANF (2020)
  3. Horáček, Jan; Kreuzer, Martin; Messeng Ekossono, Ange-Salomé: A signature based border basis algorithm (2020)
  4. Hashemi, Amir; Kreuzer, Martin; Pourkhajouei, Samira: Computing all border bases for ideals of points (2019)
  5. Kreuzer, Martin; Linh, Tran N. K.; Long, Le Ngoc: The Dedekind different of a Cayley-Bacharach scheme (2019)
  6. Horáček, Jan; Kreuzer, Martin: 3BA: a border bases solver with a SAT extension (2018)
  7. Kreuzer, Martin; Linh, Tran N. K.; Long, Le Ngoc: Kähler differential algebras for 0-dimensional schemes (2018)
  8. Kreuzer, Martin; Long, Le Ngoc: Characterizations of zero-dimensional complete intersections (2017)
  9. Kreuzer, Martin; Patil, Dilip P.: Computational aspects of Burnside rings. I: The ring structure (2017)
  10. Braun, Gábor; Pokutta, Sebastian: A polyhedral characterization of border bases (2016)
  11. Moldenhauer, Anja I. S.; Rosenberger, Gerhard; Rosenthal, Kristina: On the Tits alternative for a class of finitely presented groups with a special focus on symbolic computations (2016)
  12. Kreuzer, Martin; Linh, Tran N. K.; Long, Le Ngoc: Kähler differentials and Kähler differents for fat point schemes (2015)
  13. Ullah, E.; Abbas Khan, S.: Computing border bases using mutant strategies (2014)
  14. Kaspar, Stefan: Computing border bases without using a term ordering (2013)
  15. Studzinski, Grischa: Implementation and applications of fundamental algorithms relying on Gröbner bases in free associative algebras. (2013)
  16. Ullah, Ehsan: Algebraic attacks using IP-solvers (2013)
  17. Kreuzer, Martin; Poulisse, Henk: Subideal border bases (2011)
  18. Kreuzer, Martin; Robbiano, Lorenzo: The geometry of border bases (2011)
  19. Fassino, Claudia: Almost vanishing polynomials for sets of limited precision points (2010)
  20. Heldt, Daniel; Kreuzer, Martin; Pokutta, Sebastian; Poulisse, Hennie: Approximate computation of zero-dimensional polynomial ideals (2009)

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