Wikipedia:WikiProject Mathematics/PlanetMath Exchange/06-XX Order, lattices, ordered algebraic structures
This page provides a list of all articles available at PlanetMath in the following topic:
- 06-XX Order, lattices, ordered algebraic structures.
This list will be periodically updated. Each entry in the list has three fields:
- PM : The first field is the link to the PlanetMath article, along with the article's object ID.
- WP : The second field is either a "guessed" link to a correspondingly named Wikipedia article, produced by the script which generated the list, or one or more manually entered links to the corresponding Wikipedia articles on the subject.
- Status : The third field is the status field, which explains the current status of the entry. The recommended status entries are:
Status | means PM article |
N | not needed |
A | adequately covered |
C | copied |
M | merged |
NC | needs copying |
NM | needs merging |
- Please update the WP and Status fields as appropriate.
- if the WP field is correct please remove the qualifier "guess".
- If the corresponding Wikipedia article exists, but the link to it is wrong, please fix the link.
- If you copy or merge an article from PlanetMath, please update the WP and Status fields for that entry.
- If you have any comments, for example, thoughts on how the PlanetMath article compares to the corresponding Wikipedia article(s), please place such comments on a new indented line following the entry. Comments of this kind are very valuable.
Don't forget to include the relevant template if you copy over text or feel like an external link is warranted
- {{planetmath|id=|title=}} for copied over text
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See the main page for examples and usage criteria.
One can use the web-based program Pmform to convert PlanetMath articles to the Wikipedia format. As a side benefit, this tool will place the PlanetMath template for you.
06-00 General reference works (handbooks, dictionaries, bibliographies, etc.)
edit- PM: equivalence relation, id=349 -- WP: equivalence relation -- Status: A
06A05 Total order
edit- PM: characterization of ordered groups of rank one, id=6607 -- WP guess: characterization of ordered groups of rank one -- Status:
- PM: corollaries of basic theorem on ordered groups, id=6606 -- WP guess: corollaries of basic theorem on ordered groups -- Status:
- PM: isolated subgroup, id=6605 -- WP guess: isolated subgroup -- Status:
- PM: lowest upper bound, id=452 -- WP: supremum -- Status: A
- Paul August ☎ 22:52, September 2, 2005 (UTC)
- PM: ordered group, id=6595 -- WP guess: ordered group -- Status:
- PM: proof of basic theorem about ordered groups, id=6598 -- WP guess: proof of basic theorem about ordered groups -- Status:
- PM: proof of embedding theorem for ordered abelian groups of rank one, id=6614 -- WP guess: proof of embedding theorem for ordered abelian groups of rank one -- Status:
- PM: total order, id=124 -- WP: total order -- Status: A
- PM: properties of well-ordered sets, id=7231 -- WP guess: properties of well-ordered sets -- Status:
- PM: dense total order, id=8888new! -- WP guess: dense total order -- Status:
- PM: supremum over closure, id=9446new! -- WP guess: supremum over closure -- Status:
06A06 Partial order, general
edit- PM: directed set, id=3249 -- WP: directed set -- Status: NM
- PM: sets that do not have an infimum, id=3607 -- WP: infimum -- Status: NM
- PM: upper bound, id=450 -- WP: upper bound -- Status: A
- PM: dual of Dilworth's theorem, id=6740 -- WP guess: dual of Dilworth's theorem -- Status:
- PM: poset height and width, id=6739 -- WP guess: poset height and width -- Status:
- PM: arbitrary join, id=9848new! -- WP guess: arbitrary join -- Status:
- PM: chain finite, id=9180new! -- WP guess: chain finite -- Status:
- PM: Dilworth's theorem, id=7794new! -- WP guess: Dilworth's theorem -- Status:
- PM: dimension of a poset, id=8744new! -- WP guess: dimension of a poset -- Status:
- PM: eventual property, id=8770new! -- WP guess: eventual property -- Status:
- PM: extension of a poset, id=8713new! -- WP guess: extension of a poset -- Status:
- PM: height of an element in a poset, id=8705new! -- WP guess: height of an element in a poset -- Status:
- PM: ideal completion of a poset, id=9340new! -- WP guess: ideal completion of a poset -- Status:
- PM: lattice interval, id=7701new! -- WP guess: lattice interval -- Status:
- PM: order ideal, id=9305new! -- WP guess: order ideal -- Status:
- PM: orders in a number field, id=9132new! -- WP guess: orders in a number field -- Status:
- PM: product of posets, id=8743new! -- WP guess: product of posets -- Status:
- PM: pure poset, id=9682new! -- WP guess: pure poset -- Status:
- PM: rank-selected poset, id=8541new! -- WP guess: rank-selected poset -- Status:
- PM: upper set operation is a closure operator, id=8908new! -- WP guess: upper set operation is a closure operator -- Status:
06A07 Combinatorics of partially ordered sets
edit- PM: Eulerian poset, id=5552 -- WP guess: Eulerian poset -- Status:
- PM: well quasi ordering, id=4653 -- WP guess: well quasi ordering -- Status:
- PM: \mathbf{ab}-index of graded posets, id=7737new! -- WP guess: \mathbfab-index of graded posets -- Status:
- PM: connected poset, id=9449new! -- WP guess: connected poset -- Status:
06A11 Algebraic aspects of posets
edit- PM: Newtonian coalgebra, id=9044new! -- WP guess: Newtonian coalgebra -- Status:
06A12 Semilattices
edit- PM: a semilattice is a commutative band, id=3320 -- WP: semilattice -- Status: A
- PM: semilattice, id=3317 -- WP: semilattice -- Status: NM
- i.e. spell out in the intro (obvious) remarks that a join semilattice is dual to a meet sl + semilattice that is both join and meet = lattice AdamSmithee 10:03, 9 January 2006 (UTC)
- PM: join, id=2611 -- WP: Lattice (order) -- Status: A
- PM: meet, id=2610 -- WP: Lattice (order) -- Status: A
- PM: meet continuous, id=8808new! -- WP guess: meet continuous -- Status:
06A15 Galois correspondences, closure operators
edit- PM: Galois connection, id=6881 -- WP guess: Galois connection -- Status:
06A99 Miscellaneous
edit- PM: ascending chain condition, id=982 -- WP: ascending chain condition -- Status: A
- PM: covering relation, id=5573 -- WP guess: covering relation -- Status:
- PM: dense (in a poset), id=3288 -- WP guess: dense (in a poset) -- Status:
- PM: descending chain condition, id=984 -- WP: descending chain condition -- Status: A
- PM: inductively ordered, id=6610 -- WP guess: inductively ordered -- Status: NC
- Can also be merged into Zorn's lemma and redirect to that AdamSmithee 09:49, 6 January 2006 (UTC)
- PM: locally finite poset, id=5572 -- WP guess: locally finite poset -- Status:
- PM: order morphism, id=2619 -- WP: Monotonic function -- Status: NM
- WP article needs to make clear that the two partial orders need not be the same AdamSmithee 09:49, 6 January 2006 (UTC)
- PM: partial order, id=123 -- WP: partial order -- Status: A
- WP article needs an easy explanaition using less than or equal notation AdamSmithee 09:49, 6 January 2006 (UTC)
- Example of elements that are not comparable. Also WP article would be more clear for non-maths if it would first give a short explanation using less than or equal notation, only then get into binary relations AdamSmithee 09:49, 6 January 2006 (UTC)
- PM: quasi-order, id=3500 -- WP: Preorder -- Status: A
- PM: lexicographic order, id=7005 -- WP guess: lexicographic order -- Status:
- PM: Quasi-order is not defined uniformly, id=7499 -- WP guess: Quasi-order is not defined uniformly -- Status:
- PM: ascending order, id=8176new! -- WP guess: ascending order -- Status:
- PM: convex subgroup, id=9360new! -- WP guess: convex subgroup -- Status:
- PM: descending order, id=8179new! -- WP guess: descending order -- Status:
- PM: locally finite category, id=8756new! -- WP guess: locally finite category -- Status:
- PM: Riesz interpolation property, id=9365new! -- WP guess: Riesz interpolation property -- Status:
06Axx Ordered sets
edit06B05 Structure theory
edit- PM: bounded lattice, id=6755 -- WP: bounded lattice -- Status: NC
- Should be copied to bounded lattice, which is now a redirect to lattice (order), but should be its own article. Paul August ☎ 04:26, 9 May 2006 (UTC)
- PM: complemented lattice, id=6754 -- WP: complemented lattice -- Status: NM
- PM: example of non-complete lattice homomorphism, id=9253new! -- WP guess: example of non-complete lattice homomorphism -- Status:
- PM: lattice homomorphism, id=7635new! -- WP guess: lattice homomorphism -- Status:
06B10 Ideals, congruence relations
edit- PM: order in an algebra, id=4362 -- WP guess: order in an algebra -- Status:
- PM: lattice filter, id=7782new! -- WP guess: lattice filter -- Status:
- PM: lattice ideal, id=7781new! -- WP guess: lattice ideal -- Status:
06B20 Varieties of lattices
edit- PM: partition lattice, id=5581 -- WP guess: partition lattice -- Status:
- PM: partitions form a lattice, id=8982new! -- WP guess: partitions form a lattice -- Status:
06B23 Complete lattices, completions
edit- PM: algebraic lattice, id=7951new! -- WP guess: algebraic lattice -- Status:
- PM: compact element, id=7880new! -- WP guess: compact element -- Status:
- PM: complete lattice homomorphism, id=9241new! -- WP guess: complete lattice homomorphism -- Status:
- PM: example of a non-lattice homomorphism, id=9252new! -- WP guess: example of a non-lattice homomorphism -- Status:
- PM: MacNeille completion, id=8152new! -- WP guess: MacNeille completion -- Status:
- PM: uniformities on a set form a complete lattice, id=8690new! -- WP guess: uniformities on a set form a complete lattice -- Status:
06B25 Free lattices, projective lattices, word problems
edit- PM: lattice polynomial, id=8692new! -- WP guess: lattice polynomial -- Status:
06B30 Topological lattices, order topologies
edit- PM: topological lattice, id=7751new! -- WP guess: topological lattice -- Status:
06B35 Continuous lattices and posets, applications
edit- PM: continuous poset, id=8942new! -- WP guess: continuous poset -- Status:
- PM: lattice of ideals, id=9275new! -- WP guess: lattice of ideals -- Status:
- PM: Scott continuous, id=9072 -- WP: Scott continuous -- Status: A
- PM article seems to be broken, can't even get TeX output for it. linas (talk) 15:32, 8 April 2008 (UTC)
- PM: Scott topology, id=9063 -- WP: Scott topology -- Status: NM
06B99 Miscellaneous
edit- PM: proof of Schroeder-Bernstein theorem using Tarski-Knaster theorem, id=7367 -- WP: (none) -- Status: N
- PM: Tarski-Knaster theorem, id=7366 -- WP: Knaster–Tarski theorem -- Status: A
- PM: join irreducibility, id=7752new! -- WP guess: join irreducibility -- Status:
- PM: special elements in a lattice, id=8923new! -- WP guess: special elements in a lattice -- Status:
06Bxx Lattices
edit06C05 Modular lattices, Desarguesian lattices
edit- PM: modular lattice, id=2598 -- WP: modular lattice -- Status: NM
- It might also be a good idea to create a separate article and link from Lattice (order) - AdamSmithee 15:57, 3 January 2006 (UTC)
- PM: modular inequality, id=9210new! -- WP guess: modular inequality -- Status:
- PM: nonmodular sublattice, id=9186new! -- WP guess: nonmodular sublattice -- Status:
- PM: normal subgroup lattice is modular, id=7821new! -- WP guess: normal subgroup lattice is modular -- Status:
06C10 Semimodular lattices, geometric lattices
edit- PM: semimodular lattice, id=7286 -- WP guess: semimodular lattice -- Status:
06C15 Complemented lattices, orthocomplemented lattices and posets
edit- PM: relative complement, id=7852new! -- WP guess: relative complement -- Status:
06C20 Complemented modular lattices, continuous geometries
edit- PM: continuous geometry, id=8921new! -- WP guess: continuous geometry -- Status:
06Cxx Modular lattices, complemented lattices
edit06D05 Structure and representation theory
edit- PM: Birkhoff prime ideal theorem, id=9325new! -- WP guess: Birkhoff prime ideal theorem -- Status:
06D10 Complete distributivity
edit- PM: complete distributivity, id=7636new! -- WP guess: complete distributivity -- Status:
06D15 Pseudocomplemented lattices
edit- PM: Brouwerian lattice, id=8733new! -- WP guess: Brouwerian lattice -- Status:
- PM: pseudocomplement, id=7750new! -- WP guess: pseudocomplement -- Status:
06D20 Heyting algebras
edit- PM: Heyting algebra, id=8734new! -- WP guess: Heyting algebra -- Status:
06D22 Frames, locales
edit06D30 De Morgan algebras, Lukasiewicz algebras
edit- PM: Kleene algebra, id=9453new! -- WP guess: Kleene algebra -- Status:
- PM: Ockham algebra, id=9450new! -- WP guess: Ockham algebra -- Status:
06D99 Miscellaneous
edit- PM: distributive, id=4493 -- WP: distributive -- Status: A
- PM: distributive lattice, id=2596 -- WP: distributive lattice -- Status: A
- PM: distributive inequalities, id=8830new! -- WP guess: distributive inequalities -- Status:
- PM: generalized Boolean algebra, id=9451new! -- WP guess: generalized Boolean algebra -- Status:
06Dxx Distributive lattices
edit06E15 Stone space and related constructions
edit06E20 Ring-theoretic properties
edit- PM: ring hierarchy, id=8060new! -- WP guess: ring hierarchy -- Status:
06E99 Miscellaneous
edit- PM: regular open set, id=6788 -- WP: regular open set -- Status: NC
- Needs to be copied to regular open set which is now a redirect to Topology glossary. Paul August ☎ 04:11, 9 May 2006 (UTC)
06Exx Boolean algebras (Boolean rings)
edit06F05 Ordered semigroups and monoids
edit- PM: distributivity in po-groups, id=9379new! -- WP guess: distributivity in po-groups -- Status:
- PM: partially ordered group, id=8922new! -- WP guess: partially ordered group -- Status:
06F07 Quantales
edit06F15 Ordered groups
edit06F20 Ordered abelian groups, Riesz groups, ordered linear spaces
edit- PM: absolute value in a vector lattice, id=9345new! -- WP guess: absolute value in a vector lattice -- Status:
- PM: ordered space, id=9388new! -- WP guess: ordered space -- Status:
- PM: ordered topological vector space, id=9347new! -- WP guess: ordered topological vector space -- Status:
- PM: ordered vector space, id=8822new! -- WP guess: ordered vector space -- Status:
- PM: rational rank of a group, id=9146new! -- WP guess: rational rank of a group -- Status:
- PM: Riesz group, id=9464new! -- WP guess: Riesz group -- Status:
- PM: topological vector lattice, id=9356new! -- WP guess: topological vector lattice -- Status:
- PM: vector lattice, id=9344new! -- WP guess: vector lattice -- Status: NM
06F25 Ordered rings, algebras, modules
edit- PM: ordered integral domain with well-ordered positive elements, id=6425 -- WP guess: ordered integral domain with well-ordered positive elements -- Status:
- PM: ordered ring, id=445 -- WP: ordered ring -- Status: NM
- PM: positivity in ordered ring, id=6424 -- WP: ordered ring -- Status: A
- PM: well-ordering principle for natural numbers, id=244 -- WP : well-ordering principle -- Status: A
- PM: \mathbb{C} is not an ordered field, id=8406new! -- WP guess: \mathbbC is not an ordered field -- Status:
- PM: basic facts about ordered rings, id=8405new! -- WP guess: basic facts about ordered rings -- Status:
- PM: partially ordered ring, id=9179new! -- WP guess: partially ordered ring -- Status:
06F30 Topological lattices, order topologies
edit- PM: linear continuum, id=9638new! -- WP guess: linear continuum -- Status: