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  1. Discrete & Computational Geometry
  2. Discrete & Computational Geometry : Volume 54
  3. Discrete & Computational Geometry : Volume 54, Issue 2, September 2015
  4. Cycles in Oriented 3-Graphs
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Discrete & Computational Geometry : Volume 57
Discrete & Computational Geometry : Volume 56
Discrete & Computational Geometry : Volume 55
Discrete & Computational Geometry : Volume 54
Discrete & Computational Geometry : Volume 54, Issue 4, December 2015
Discrete & Computational Geometry : Volume 54, Issue 3, October 2015
Discrete & Computational Geometry : Volume 54, Issue 2, September 2015
A Nonlinear Approach to Dimension Reduction
Local Digital Algorithms for Estimating the Integrated Mean Curvature of r-Regular Sets
Frameworks with Forced Symmetry I: Reflections and Rotations
Flip Distance Between Triangulations of a Simple Polygon is NP-Complete
Finite and Infinitesimal Rigidity with Polyhedral Norms
Universality Theorems for Inscribed Polytopes and Delaunay Triangulations
Cycles in Oriented 3-Graphs
Polytopes with Preassigned Automorphism Groups
Compatible Connectivity Augmentation of Planar Disconnected Graphs
Incidence Bounds on Multijoints and Generic Joints
Discrete & Computational Geometry : Volume 54, Issue 1, July 2015
Discrete & Computational Geometry : Volume 53
Discrete & Computational Geometry : Volume 52
Discrete & Computational Geometry : Volume 51
Discrete & Computational Geometry : Volume 50
Discrete & Computational Geometry : Volume 49
Discrete & Computational Geometry : Volume 48
Discrete & Computational Geometry : Volume 47
Discrete & Computational Geometry : Volume 46
Discrete & Computational Geometry : Volume 45
Discrete & Computational Geometry : Volume 44
Discrete & Computational Geometry : Volume 43
Discrete & Computational Geometry : Volume 42
Discrete & Computational Geometry : Volume 41
Discrete & Computational Geometry : Volume 40
Discrete & Computational Geometry : Volume 39
Discrete & Computational Geometry : Volume 38
Discrete & Computational Geometry : Volume 37
Discrete & Computational Geometry : Volume 36
Discrete & Computational Geometry : Volume 35
Discrete & Computational Geometry : Volume 34
Discrete & Computational Geometry : Volume 33
Discrete & Computational Geometry : Volume 32
Discrete & Computational Geometry : Volume 31
Discrete & Computational Geometry : Volume 30
Discrete & Computational Geometry : Volume 29
Discrete & Computational Geometry : Volume 28
Discrete & Computational Geometry : Volume 27
Discrete & Computational Geometry : Volume 26
Discrete & Computational Geometry : Volume 25
Discrete & Computational Geometry : Volume 24
Discrete & Computational Geometry : Volume 23
Discrete & Computational Geometry : Volume 22
Discrete & Computational Geometry : Volume 21
Discrete & Computational Geometry : Volume 20
Discrete & Computational Geometry : Volume 19
Discrete & Computational Geometry : Volume 18
Discrete & Computational Geometry : Volume 17

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Cycles in Oriented 3-Graphs

Content Provider Springer Nature Link
Author Tan, Ta Sheng Leader, Imre
Copyright Year 2015
Abstract An oriented 3-graph consists of a family of triples (3-sets), each of which is given one of its two possible cyclic orientations. A cycle in an oriented 3-graph is a positive sum of some of the triples that gives weight zero to each 2-set. Our aim in this paper is to consider the following question: how large can the girth of an oriented 3-graph be? We show that there exist oriented 3-graphs whose shortest cycle has length $$\frac{n^2}{2}(1+o(1))$$ : this is asymptotically best possible. We also show that there exist 3-tournaments whose shortest cycle has length $$\frac{n^2}{3}(1+o(1))$$ , in complete contrast to the case of 2-tournaments.
Ending Page 443
Page Count 12
Starting Page 432
File Format PDF
ISSN 01795376
e-ISSN 14320444
Journal Discrete & Computational Geometry
Issue Number 2
Volume Number 54
Language English
Publisher Springer US
Publisher Date 2015-05-30
Publisher Place New York
Access Restriction One Nation One Subscription (ONOS)
Subject Keyword Cycles Computational Mathematics and Numerical Analysis Projective planes Tournaments Directed graphs (digraphs), tournaments Oriented graphs Combinatorics Paths and cycles
Content Type Text
Resource Type Article
Subject Discrete Mathematics and Combinatorics Theoretical Computer Science Computational Theory and Mathematics Geometry and Topology
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