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ORIENTED MATROID

  • Oriented matroid
  • Abstraction of ordered linear algebra

    An oriented matroid is a mathematical structure that abstracts the properties of directed graphs, vector arrangements over ordered fields, and hyperplane

    Oriented matroid

    Oriented matroid

    Oriented_matroid

  • Arrangement of pseudolines
  • Pseudolines arranged largely to study arrangements of lines

    connected flip graph. Each rank-3 oriented matroid is equivalent to an arrangement of pseudolines, and each oriented matroid which is also uniform (in which

    Arrangement of pseudolines

    Arrangement of pseudolines

    Arrangement_of_pseudolines

  • Mnëv's universality theorem
  • Realization of semialgebraic sets by points

    represent algebraic (or semialgebraic) varieties as realization spaces of oriented matroids. Informally it can also be understood as the statement that point

    Mnëv's universality theorem

    Mnëv's_universality_theorem

  • Matroid
  • Abstraction of linear independence of vectors

    In combinatorics, a matroid /ˈmeɪtrɔɪd/ is a structure that abstracts and generalizes the notion of linear independence in vector spaces. There are many

    Matroid

    Matroid

  • Zonotope
  • Minkowsi sum of line segments

    cocircuits of M {\displaystyle {\mathcal {M}}} and if we consider the oriented matroid M {\displaystyle {\mathcal {M}}} represented by W {\displaystyle \mathbf

    Zonotope

    Zonotope

  • Bland's rule
  • Method for linear optimization

    termed "Bland oriented matroids" by Jack Edmonds. Another pivoting rule, the criss-cross algorithm, avoids cycles on all oriented-matroid linear-programs

    Bland's rule

    Bland's_rule

  • Discrete geometry
  • Branch of geometry that studies combinatorial properties and constructive methods

    Configurations Line arrangements Hyperplane arrangements Buildings An oriented matroid is a mathematical structure that abstracts the properties of directed

    Discrete geometry

    Discrete geometry

    Discrete_geometry

  • Arrangement of hyperplanes
  • Partition of space by hyperplanes

    discussion, but it makes no material difference. Supersolvable arrangement Oriented matroid "Arrangement of hyperplanes", Encyclopedia of Mathematics, EMS Press

    Arrangement of hyperplanes

    Arrangement of hyperplanes

    Arrangement_of_hyperplanes

  • Vámos matroid
  • Matroid with no linear representation

    another geometric lattice of the same rank. The Vámos matroid can be oriented. In oriented matroids, a form of the Hahn–Banach theorem follows from a certain

    Vámos matroid

    Vámos matroid

    Vámos_matroid

  • Signed graph
  • Graph with sign-labeled edges

    are two matroids associated with a signed graph, called the signed-graphic matroid (also called the frame matroid or sometimes bias matroid) and the

    Signed graph

    Signed graph

    Signed_graph

  • Criss-cross algorithm
  • Method for mathematical optimization

    based on his previous papers on oriented-matroid theory. However, Bland's rule exhibits cycling on some oriented-matroid linear-programming problems. The

    Criss-cross algorithm

    Criss-cross algorithm

    Criss-cross_algorithm

  • Sylvester–Gallai theorem
  • Existence of a line through two points

    of a rank-3 oriented matroid. The points and lines of geometries defined using other number systems than the real numbers also form matroids, but not necessarily

    Sylvester–Gallai theorem

    Sylvester–Gallai theorem

    Sylvester–Gallai_theorem

  • Cunningham's rule
  • Concept in mathematical optimisation

    In mathematical optimization, Cunningham's rule (also known as least recently considered rule or round-robin rule) is an algorithmic refinement of the

    Cunningham's rule

    Cunningham's_rule

  • Dual graph
  • Graph representing faces of another graph

    2010.01.018, MR 2601261. Las Vergnas, Michel (1980), "Convexity in oriented matroids", Journal of Combinatorial Theory, Series B, 29 (2): 231–243, doi:10

    Dual graph

    Dual graph

    Dual_graph

  • Graphic matroid
  • Matroid with graph forests as independent sets

    In the mathematical theory of matroids, a graphic matroid (also called a cycle matroid or polygon matroid) is a matroid whose independent sets are the

    Graphic matroid

    Graphic matroid

    Graphic_matroid

  • Zadeh's rule
  • Refinement of the simplex method for linear optimization

    In mathematical optimization, Zadeh's rule (also known as the least-entered rule) is an algorithmic refinement of the simplex method for linear optimization

    Zadeh's rule

    Zadeh's_rule

  • Daniel Biss
  • American mathematician and politician (born 1977)

    (2007). "On D.K. Biss' papers "The homotopy type of the matroid Grassmannian" and "Oriented matroids, complex manifolds, and a combinatorial model for BU""

    Daniel Biss

    Daniel Biss

    Daniel_Biss

  • Zonohedron
  • Convex polyhedron projected from hypercube

    In geometry, a zonohedron is a convex polyhedron that is centrally symmetric, every face of which is a polygon that is centrally symmetric (a zonogon)

    Zonohedron

    Zonohedron

  • Krein–Milman theorem
  • On when a space equals the closed convex hull of its extreme points

    In the mathematical theory of functional analysis, the Krein–Milman theorem is a proposition about compact convex sets in locally convex topological vector

    Krein–Milman theorem

    Krein–Milman theorem

    Krein–Milman_theorem

  • Komei Fukuda
  • Japanese mathematician (born 1951)

    for his contributions to optimization, polyhedral computation and oriented matroid theory. Fukuda is a professor in optimization and computational geometry

    Komei Fukuda

    Komei_Fukuda

  • Linear complementarity problem
  • Quadratic programming as a special case

    Such LCPs can be solved when they are formulated abstractly using oriented-matroid theory. Complementarity theory Physics engine Impulse/constraint type

    Linear complementarity problem

    Linear_complementarity_problem

  • CC system
  • Ternary relation on points in the plane

    correspondence between CC systems and uniform acyclic oriented matroids of rank 3. These matroids in turn have a 1-1 correspondence to topological equivalence

    CC system

    CC_system

  • Sylvester matroid
  • Abstract geometry without 2-point lines

    In matroid theory, a Sylvester matroid is a matroid in which every pair of elements belongs to a three-element circuit (a triangle) of the matroid. In

    Sylvester matroid

    Sylvester_matroid

  • Möbius–Kantor configuration
  • Geometric structure of 8 points and 8 lines

    points. As a matroid, it has been called the MacLane matroid, after the work of Saunders MacLane (1936) proving that it cannot be oriented; it is one of

    Möbius–Kantor configuration

    Möbius–Kantor configuration

    Möbius–Kantor_configuration

  • Fulkerson Prize
  • Award for advancements in discrete mathematics

    semialgebraic set is equivalent to the space of realizations of an oriented matroid. 1994: Louis Billera for finding bases of piecewise-polynomial function

    Fulkerson Prize

    Fulkerson_Prize

  • Knot (mathematics)
  • Operation combining two oriented knots

    pp. 125–136. Ramirez Alfonsin, J. L. (1999), "Spatial graphs and oriented matroids: the trefoil", Discrete and Computational Geometry, 22 (1): 149–158

    Knot (mathematics)

    Knot (mathematics)

    Knot_(mathematics)

  • Matroid parity problem
  • Largest independent set of paired elements

    combinatorial optimization, the matroid parity problem is a problem of finding the largest independent set of paired elements in a matroid, a structure that abstracts

    Matroid parity problem

    Matroid parity problem

    Matroid_parity_problem

  • Matroid oracle
  • Subroutine for testing independence

    mathematics and computer science, a matroid oracle is a subroutine through which an algorithm may access a matroid, an abstract combinatorial structure

    Matroid oracle

    Matroid_oracle

  • Flow network
  • Directed graph where edges have a capacity

    (computer networking) Flow graph (disambiguation) Max-flow min-cut theorem Oriented matroid Shortest path problem Nowhere-zero flow Active flow network A.V. Goldberg

    Flow network

    Flow network

    Flow_network

  • Linear programming
  • Method to solve optimization problems

    algorithm – Method of computing optimal strategies for last-success problems Oriented matroid – Abstraction of ordered linear algebra Quadratic programming – Solving

    Linear programming

    Linear programming

    Linear_programming

  • Sparsity matroid
  • Mathematical structure

    simple directed graphs by allowing multiple same-oriented edges between pairs of vertices. Matroids are a quite general mathematical abstraction that

    Sparsity matroid

    Sparsity_matroid

  • Simplex algorithm
  • Algorithm for linear programming

    Murty (1983, p. 79) There are abstract optimization problems, called oriented matroid programs, on which Bland's rule cycles (incorrectly) while the criss-cross

    Simplex algorithm

    Simplex algorithm

    Simplex_algorithm

  • Tutte polynomial
  • Algebraic encoding of graph connectivity

    1016/j.tcs.2004.02.023. Las Vergnas, Michel (1980), "Convexity in oriented matroids", Journal of Combinatorial Theory, Series B, 29 (2): 231–243, doi:10

    Tutte polynomial

    Tutte polynomial

    Tutte_polynomial

  • Convex polytope
  • Convex hull of a finite set of points in a Euclidean space

    have a bit-length which is not polynomial in this representation. Oriented matroid Nef polyhedron Steinitz's theorem for convex polyhedra Branko Grünbaum

    Convex polytope

    Convex polytope

    Convex_polytope

  • R. Tyrrell Rockafellar
  • American mathematician

    Monotone operator (Cyclic decomposition of maximal monotone operator) Oriented matroids (realizable OMs and applications) Carathéodory's theorem (convex hull)

    R. Tyrrell Rockafellar

    R. Tyrrell Rockafellar

    R._Tyrrell_Rockafellar

  • Bernd Sturmfels
  • German American mathematician

    Berkeley Max Planck Institute for Mathematics in the Sciences Thesis Oriented Matroids and Combinatorial Convex Geometry; Computational Synthetic Geometry

    Bernd Sturmfels

    Bernd Sturmfels

    Bernd_Sturmfels

  • Shannon switching game
  • Pencil and paper connection game

    Versions of the Shannon switching game played on a directed graph and an oriented matroid have been described for theoretical purposes; but no corresponding

    Shannon switching game

    Shannon_switching_game

  • Jon Folkman
  • American mathematician

    of oriented matroids; in particular, the Folkman–Lawrence topological representation theorem is "one of the cornerstones of the theory of oriented matroids"

    Jon Folkman

    Jon_Folkman

  • Polyhedron
  • Flat-sided three-dimensional shape

    Bokowski, J.; Guedes de Oliveira, A. (2000), "On the generation of oriented matroids", Discrete and Computational Geometry, 24 (2–3): 197–208, doi:10.1007/s004540010027

    Polyhedron

    Polyhedron

    Polyhedron

  • Plücker embedding
  • Embedding of a Grassmannian into projective space

    Vergnas, Michel; Sturmfels, Bernd; White, Neil; Ziegler, Günter (1999), Oriented matroids, Encyclopedia of Mathematics and Its Applications, vol. 46 (2nd ed

    Plücker embedding

    Plücker_embedding

  • Ear decomposition
  • Partition of graph into sequence of paths

    efficient graph algorithms. They may also be generalized from graphs to matroids. Several important classes of graphs may be characterized as the graphs

    Ear decomposition

    Ear decomposition

    Ear_decomposition

  • Robert G. Bland
  • American mathematician

    "It seems fair to say that the major credit for the origination of oriented matroid theory should be shared by Robert Bland, Jon Folkman, Michel Las Vergnas

    Robert G. Bland

    Robert_G._Bland

  • Császár polyhedron
  • Toroidal polyhedron with 14 triangle faces

    Bokowski, J.; Guedes de Oliveira, A. (2000), "On the Generation of Oriented Matroids", Discrete & Computational Geometry, 24: 197–208, doi:10.1007/s004540010027

    Császár polyhedron

    Császár polyhedron

    Császár_polyhedron

  • McMullen problem
  • 1112/blms/18.6.571, MR 0859948 Ramírez Alfonsín, J. L. (2001), "Lawrence oriented matroids and a problem of McMullen on projective equivalences of polytopes"

    McMullen problem

    McMullen_problem

  • Acyclic orientation
  • Element of graph theory

    ISBN 978-0-521-59840-8, MR 1477750. Las Vergnas, Michel (1980), "Convexity in oriented matroids", Journal of Combinatorial Theory, Series B, 29 (2): 231–243, doi:10

    Acyclic orientation

    Acyclic orientation

    Acyclic_orientation

  • Graph of a polytope
  • (2001-07-01). "Cocircuit Graphs and Efficient Orientation Reconstruction in Oriented Matroids". Eur. J. Comb. 22 (5): 587–600. doi:10.1006/eujc.2001.0481. ISSN 0195-6698

    Graph of a polytope

    Graph of a polytope

    Graph_of_a_polytope

  • Anders Björner
  • Swedish mathematician (born 1947)

    Michael; Sturmfels, Bernd; White, Neil; Ziegler, Günter M. (1999). Oriented Matroids (2nd ed.). Cambridge University Press. ISBN 0-521-77750-X. Björner

    Anders Björner

    Anders Björner

    Anders_Björner

  • Michel Las Vergnas
  • French mathematician

    Beginning in 1975, he became one of the pioneers of the theory of oriented matroids, and since that time he was interested in connections between combinatorics

    Michel Las Vergnas

    Michel_Las_Vergnas

  • Separoid
  • Relation on disjoint pairs of sets

    framework of separoids; e.g., graphs, configurations of convex sets, oriented matroids, and polytopes. Any countable category is an induced subcategory of

    Separoid

    Separoid

  • List of incomplete proofs
  • (2007). "On D.K. Biss' papers 'The homotopy type of the matroid Grassmannian' and 'Oriented matroids, complex manifolds, and a combinatorial model for BU'"

    List of incomplete proofs

    List_of_incomplete_proofs

  • Signed set
  • _{2}} -graded sets. Signed sets are fundamental to the definition of oriented matroids. They may also be used to define the faces of a hypercube. If the

    Signed set

    Signed_set

  • Convex hull
  • Smallest convex set containing a given set

    spaces; convex hulls may also be generalized in a more abstract way, to oriented matroids. It is not obvious that the first definition makes sense: why should

    Convex hull

    Convex hull

    Convex_hull

  • Pseudoforest
  • Graph with at most one cycle per component

    minimum k such that the edges of G can be oriented to form a directed graph with outdegree at most k. Due to the matroid structure of pseudoforests, the pseudoarboricity

    Pseudoforest

    Pseudoforest

    Pseudoforest

  • Gale diagram
  • affine Gale diagrams can also be described through the duality of oriented matroids. As with the linear diagram, a subset of vertices forms a face if

    Gale diagram

    Gale_diagram

  • Nullity (graph theory)
  • and Gutman and Borovićanin (2011). In the matroid theory the nullity of the graph is the nullity of the oriented incidence matrix M associated with the graph

    Nullity (graph theory)

    Nullity_(graph_theory)

  • Oriented projective geometry
  • Oriented projective geometry is an oriented version of real projective geometry. Whereas the real projective plane describes the set of all unoriented

    Oriented projective geometry

    Oriented_projective_geometry

  • Tamás Terlaky
  • Hungarian mathematician (born 1955)

    independently published on the criss-cross algorithm. The theory of oriented matroids has also been used by Terlaky and Zhang (1991) to prove that their

    Tamás Terlaky

    Tamás Terlaky

    Tamás_Terlaky

  • Jack Edmonds
  • American/Canadian mathematician and computer scientist

    he proved the matroid intersection theorem, a very general combinatorial min-max theorem which, in modern terms, showed that the matroid intersection problem

    Jack Edmonds

    Jack Edmonds

    Jack_Edmonds

  • Vertex enumeration problem
  • The Avis–Fukuda algorithm adapted the criss-cross algorithm for oriented matroids. A 2025 article by Zelin Dong, Fenglei Fan, Huan Xiong, and Tieyong

    Vertex enumeration problem

    Vertex_enumeration_problem

  • Jacob E. Goodman
  • American geometer (1933–2021)

    in the study of arrangements of pseudolines and (more generally) oriented matroids. His work with Pollack includes such results as the first nontrivial

    Jacob E. Goodman

    Jacob_E._Goodman

  • Kirchhoff's theorem
  • On the number of spanning trees in a graph

    regular matroids, a generalization of the graphic matroids (Maurer 1976). Kirchhoff's theorem can be modified to give the number of oriented spanning

    Kirchhoff's theorem

    Kirchhoff's_theorem

  • Rank (graph theory)
  • Characteristic of undirected graphs

    the rank of the oriented incidence matrix associated with the graph. Analogously, the nullity of the graph is the nullity of its oriented incidence matrix

    Rank (graph theory)

    Rank_(graph_theory)

  • Strong orientation
  • MR 1964792, S2CID 34821155. Las Vergnas, Michel (1980), "Convexity in oriented matroids", Journal of Combinatorial Theory, Series B, 29 (2): 231–243, doi:10

    Strong orientation

    Strong orientation

    Strong_orientation

  • Existential theory of the reals
  • Quantified formulas with real-number variables

    Michel; Sturmfels, Bernd; White, Neil; Ziegler, Günter M. (1993), Oriented Matroids, Encyclopedia of Mathematics and its Applications, vol. 46, Cambridge:

    Existential theory of the reals

    Existential_theory_of_the_reals

  • Jenny McNulty
  • American mathematician and academic administrator

    Chapel Hill. Her dissertation, Affine Hyperplane Arrangements and Oriented Matroids, was supervised by Thomas H. Brylawski. She joined the University

    Jenny McNulty

    Jenny_McNulty

  • Gain graph
  • Graph with group-labeled edges

    network with gains, or generalized network, is connected with the frame matroid of the gain graph. Suppose we have some hyperplanes in R n given by equations

    Gain graph

    Gain_graph

  • Bracket ring
  • Vergnas, Michel; Sturmfels, Bernd; White, Neil; Ziegler, Günter (1999), Oriented Matroids, Encyclopedia of Mathematics and Its Applications, vol. 46 (2nd ed

    Bracket ring

    Bracket_ring

  • Graph (discrete mathematics)
  • Vertices connected in pairs by edges

    (simple) graph. Some authors use "oriented graph" to mean the same as "directed graph". Some authors use "oriented graph" to mean any orientation of a

    Graph (discrete mathematics)

    Graph (discrete mathematics)

    Graph_(discrete_mathematics)

  • Dowling geometry
  • Matroid associated with a group

    combinatorial mathematics, a Dowling geometry, named after Thomas A. Dowling, is a matroid associated with a group. There is a Dowling geometry of each rank for each

    Dowling geometry

    Dowling_geometry

  • Regular
  • Topics referred to by the same term

    (graph theory), a symmetric tessellation of a closed surface Regular matroid, a matroid which can be represented over any field Regular paperfolding sequence

    Regular

    Regular

  • Spanning tree
  • Tree which includes all vertices of a graph

    also be expressed using the theory of matroids, according to which a spanning tree is a base of the graphic matroid, a fundamental cycle is the unique circuit

    Spanning tree

    Spanning tree

    Spanning_tree

  • Flat (geometry)
  • Affine subspace of a Euclidean space

    example Dihedral angle (between two planes). See also Angles between flats.) Matroid Coplanarity Isometry Gallier, J. (2011). "Basics of Affine Geometry". Geometric

    Flat (geometry)

    Flat_(geometry)

  • Eulerian path
  • Trail in a graph that visits each edge once

    bridgeless and almost-Eulerian), but they do not contain each other. Eulerian matroid, an abstract generalization of Eulerian graphs Five room puzzle Handshaking

    Eulerian path

    Eulerian path

    Eulerian_path

  • Combinatorial optimization
  • Subfield of mathematical optimization

    shortest-path trees, flows and circulations, spanning trees, matching, and matroid problems. For NP-complete discrete optimization problems, current research

    Combinatorial optimization

    Combinatorial optimization

    Combinatorial_optimization

  • Hyperplane
  • Subspace of n-space whose dimension is (n-1)

    which the concept of the dimension of a subspace is defined (see also Matroid § Hyperplanes (coatoms). The difference in dimension between a subspace

    Hyperplane

    Hyperplane

    Hyperplane

  • George J. Minty
  • American mathematician

    Klee–Minty cube, the Browder–Minty theorem, the introduction of oriented regular matroids, and the Minty-Vitaver theorem on graph coloring. George Minty

    George J. Minty

    George_J._Minty

  • List of unsolved problems in mathematics
  • minimums of finite collections of polynomials. Rota's basis conjecture: for matroids of rank n {\displaystyle n} with n {\displaystyle n} disjoint bases B i

    List of unsolved problems in mathematics

    List_of_unsolved_problems_in_mathematics

  • Unimodular matrix
  • Integer matrices with +1 or −1 determinant; invertible over the integers. GL_n(Z)

    mean matrices that are invertible over the field. Balanced matrix Regular matroid Special linear group Total dual integrality Hermite normal form The term

    Unimodular matrix

    Unimodular_matrix

  • Rooted graph
  • M. (1992), "8. Introduction to greedoids" (PDF), in White, Neil (ed.), Matroid Applications, Encyclopedia of Mathematics and its Applications, vol. 40

    Rooted graph

    Rooted graph

    Rooted_graph

  • Degeneracy (graph theory)
  • Measurement of graph sparsity

    Westermann, H. H. (1992), "Forests, frames, and games: algorithms for matroid sums and applications", Algorithmica, 7 (1): 465–497, doi:10.1007/BF01758774

    Degeneracy (graph theory)

    Degeneracy (graph theory)

    Degeneracy_(graph_theory)

  • Glossary of graph theory
  • the graphic matroid of a graph, a subset of edges is independent if the corresponding subgraph is a tree or forest. In the bicircular matroid, a subset

    Glossary of graph theory

    Glossary_of_graph_theory

  • Arithmetic
  • Branch of elementary mathematics

    ISBN 978-4-431-54273-5. Koepf, Wolfram (2021). Computer Algebra: An Algorithm-Oriented Introduction. Springer Nature. ISBN 978-3-030-78017-3. Koetsier, Teun (2018)

    Arithmetic

    Arithmetic

    Arithmetic

  • Mathematics
  • Field of knowledge

    theory, geometry of numbers (method oriented), Diophantine analysis, and transcendence theory (problem oriented). Geometry is one of the oldest branches

    Mathematics

    Mathematics

    Mathematics

  • Dynamical systems theory
  • Area of mathematics

    A-not-B error. Further, since the middle of the 1990s cognitive science, oriented towards a system theoretical connectionism, has increasingly adopted the

    Dynamical systems theory

    Dynamical systems theory

    Dynamical_systems_theory

  • Duality (optimization)
  • Principle in mathematical optimization

    of Max-Flow Min-Cut Theorem". Combinatorial Optimization: Networks and Matroids. Dover. pp. 117–120. ISBN 0-486-41453-1. Lemaréchal, Claude (2001). "Lagrangian

    Duality (optimization)

    Duality_(optimization)

  • Linkless embedding
  • Embedding a graph in 3D space with no cycles interlinked

    D. thesis, University of California, Berkeley. Truemper, Klaus (1992), Matroid Decomposition (PDF), Academic Press, pp. 100–101, archived from the original

    Linkless embedding

    Linkless_embedding

  • Trigonometry
  • Area of geometry, about angles and lengths

    Cohen; Lee B. Theodore; David Sklar (17 July 2009). Precalculus: A Problems-Oriented Approach, Enhanced Edition. Cengage Learning. ISBN 978-1-4390-4460-5. W

    Trigonometry

    Trigonometry

    Trigonometry

  • Edge coloring
  • Assignment of colors to edges of a graph

    Westermann, Herbert H. (1992), "Forests, frames, and games: algorithms for matroid sums and applications", Algorithmica, 7 (5–6): 465–497, doi:10.1007/BF01758774

    Edge coloring

    Edge coloring

    Edge_coloring

  • Hypohamiltonian graph
  • Type of graph in graph theory

    "Exponentially many hypohamiltonian graphs", Graphs, Hypergraphs and Matroids III (Proc. Conf. Kalsk 1988), Zielona Góra: Higher College of Engineering

    Hypohamiltonian graph

    Hypohamiltonian graph

    Hypohamiltonian_graph

  • May 1917
  • Month in 1917

    used by German armed forces during World War II, leading contributor to matroid and graph theory; as William Thomas Tutte, in Newmarket, Suffolk, England

    May 1917

    May 1917

    May_1917

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Online names & meanings

  • Dhavit
  • Boy/Male

    Hindu, Indian

    Dhavit

    White; Washed; Pure; Clean

  • AbdelQadir
  • Boy/Male

    Arabic

    AbdelQadir

    Servant of the Capable

  • Samreet
  • Boy/Male

    Sikh

    Samreet

    Fighter of Love and truth

  • Dakshayajnavinaashini
  • Girl/Female

    Indian

    Dakshayajnavinaashini

    Interrupter of the sacrifice of Daksha

  • Allyce
  • Girl/Female

    Spanish

    Allyce

    Noble. Of the nobility.

  • Dharmansh | தர்மாஂஷ
  • Boy/Male

    Tamil

    Dharmansh | தர்மாஂஷ

  • Portman
  • Surname or Lastname

    English (West Midlands)

    Portman

    English (West Midlands) : elaborated form of Port.Dutch : from poort ‘gate’ + man ‘man’, an occupational name for a gatekeeper or a topographic name for someone who lived near the gates of a walled town (typically the man in charge of them). Compare Porter.American spelling of German Portmann.

  • AbdulRaouf
  • Boy/Male

    Afghan, Arabic, Muslim

    AbdulRaouf

    Servant of the Most Merciful

  • Ayra |
  • Girl/Female

    Muslim

    Ayra |

    Respectable

  • Benbrook
  • Surname or Lastname

    English (Essex)

    Benbrook

    English (Essex) : probably a habitational name from either of two places called Binbrook. The one in Cambridge is named with Old English binnan ‘within’ + brōc ‘brook’; the other, in Lincolnshire, is named with the Old English personal name Bynna + Old English brōc.

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Other words and meanings similar to

ORIENTED MATROID

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ORIENTED MATROID

  • Orient
  • n.

    A pearl of great luster.

  • Printed
  • imp. & p. p.

    of Print

  • Cliented
  • a.

    Supplied with clients.

  • Friended
  • a.

    Having friends;

  • Cruciate
  • a.

    Tormented.

  • Oriental
  • a.

    Of or pertaining to the orient or east; eastern; concerned with the East or Orientalism; -- opposed to occidental; as, Oriental countries.

  • Tridented
  • a.

    Having three prongs; trident; tridentate; as, a tridented mace.

  • Orient
  • n.

    The part of the horizon where the sun first appears in the morning; the east.

  • Oriental
  • n.

    Eastern Christians of the Greek rite.

  • Orientalize
  • v. t.

    to render Oriental; to cause to conform to Oriental manners or conditions.

  • Oriental
  • n.

    A native or inhabitant of the Orient or some Eastern part of the world; an Asiatic.

  • Ointed
  • imp. & p. p.

    of Oint

  • tormented
  • imp. & p. p.

    of Torment

  • Orient
  • v. t.

    To define the position of, in relation to the orient or east; hence, to ascertain the bearings of.

  • Friended
  • imp. & p. p.

    of Friend

  • Orient
  • v. t.

    Fig.: To correct or set right by recurring to first principles; to arrange in order; to orientate.

  • Orientated
  • imp. & p. p.

    of Orientate

  • Friended
  • a.

    Inclined to love; well-disposed.

  • Orient
  • a.

    Eastern; oriental.

  • Orient
  • n.

    The countries of Asia or the East.