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Incidence structure

  • On the Theory of Point Weight Designs Royal Holloway

    On the Theory of Point Weight Designs Royal Holloway

  • Second Edition Volume I

    Second Edition Volume I

  • Invariants of Incidence Matrices

    Invariants of Incidence Matrices

  • 7 Combinatorial Geometry

    7 Combinatorial Geometry

  • A Generalization of Singer's Theorem: Any Finite Pappian A-Plane Is

    A Generalization of Singer's Theorem: Any Finite Pappian A-Plane Is

  • Certain Properties of Orbits Under Collineation Groups*

    Certain Properties of Orbits Under Collineation Groups*

  • Masterarbeit

    Masterarbeit

  • Incidence Structures Near Configurations of Type (N

    Incidence Structures Near Configurations of Type (N

  • Codes from Incidence Matrices and Line Graphs of Paley Graphs

    Codes from Incidence Matrices and Line Graphs of Paley Graphs

  • Computational Methods in Finite Geometry

    Computational Methods in Finite Geometry

  • Oriented Hypergraphs I: Introduction and Balance Arxiv:1210.0943V1

    Oriented Hypergraphs I: Introduction and Balance Arxiv:1210.0943V1

  • Arxiv:2007.01842V3 [Math.CO] 11 Aug 2020 2.3 Box Product for Set System Multigraphs

    Arxiv:2007.01842V3 [Math.CO] 11 Aug 2020 2.3 Box Product for Set System Multigraphs

  • [Math.CO] 12 Sep 2017 .Introduction 1

    [Math.CO] 12 Sep 2017 .Introduction 1

  • The Sum-Product Phenomenon and Discrete Geometry

    The Sum-Product Phenomenon and Discrete Geometry

  • Free Planes and Collineations

    Free Planes and Collineations

  • View Is That the Family of Subsets Is in Fact a Multiset of the Set of All K-Subsets of X and One May Well Have a Multiple Occurence (Or Repetition) of a Block

    View Is That the Family of Subsets Is in Fact a Multiset of the Set of All K-Subsets of X and One May Well Have a Multiple Occurence (Or Repetition) of a Block

  • A Data Structure for Maintaining Acyclicity in Hypergraphs

    A Data Structure for Maintaining Acyclicity in Hypergraphs

  • CLASSES of CODES from QUADRATIC SURFACES of PG(3,Q)

    CLASSES of CODES from QUADRATIC SURFACES of PG(3,Q)

Top View
  • Graphs and Matrices
  • A Near Projective Plane of Order 6 Page 1 / 9
  • Combinatorial Configurations, Quasiline Arrangements, And
  • Fining: a Package for Finite Incidence Geometry
  • Hypergraph Representation Learning for Higher Order Tasks
  • Final Copy 2020 03 24 Steve
  • On N-Covers of PG (3,Q)
  • Solution Methods for the Social Golfer Problem
  • An Energy Bound in the Affine Group
  • Veldkamp Spaces: from (Dynkin) Diagrams to (Pauli) Groups
  • A Remark on Structure of Projective Klingenberg Spaces Over a Certain Local Algebra
  • A Generalisation of Isomorphisms with Applications
  • Theorems of Points and Planes in Three-Dimensional Projective Space
  • Chamber Systems and Buildings 1 Incidence Geometry
  • Realizability of Tropical Plane Curves and Tropical Incidence Geometry
  • A Problem Course on Projective Planes Stefan Bilaniuk
  • Incidence Structures, Codes, and Galois Geometry
  • Nonsymmetric Configurations with Natural Index


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