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升级   52% TA的每日心情 | 开心 2012-1-13 11:05 |
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签到天数: 15 天 [LV.4]偶尔看看III
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! o& a' D: _0 P- Q5 a! b, S
Abelian groups Abelian group9 W# C+ l; N5 ~
Abelian lattice-ordered groups
- T: y" G* A( T& [; yAbelian ordered groups
2 C( f0 u& \2 k; n# c! d5 qAbelian p-groups( ?4 {6 Z' p& ?/ p! N
Abelian partially ordered groups
) X7 l& @+ }5 o& r; |, [; EAction algebras Action algebra5 r* d" W1 k" o
Action lattices
0 l$ X" g" C0 C; x- m: |5 c4 `Algebraic lattices/ N: I6 B* ?; R" w3 X: s" k6 N# ]3 C8 O$ g
Algebraic posets Algebraic poset
: X0 S4 U+ [ H" q1 n9 I7 iAlgebraic semilattices6 T; g- b7 A7 D' B5 ]
Allegories Allegory (category theory)
2 E t' I4 _$ Z0 B* V$ d! NAlmost distributive lattices
( E, e/ X y' rAssociative algebras Associative algebra4 B# Z; M& Y1 y- S0 s5 m
Banach spaces Banach space
) r) ]/ J' X( T8 i" L% m8 Q' vBands Band (mathematics), Finite bands, y6 b# D6 e; e2 Y+ k1 H
Basic logic algebras4 O- e, Y( M+ a# ~) E2 [ i, c
BCI-algebras BCI algebra
& X$ p# C9 X; }" Y9 M! @BCK-algebras BCK algebra8 {: X6 T* k; O2 k1 {' p, Y' C) z! q
BCK-join-semilattices; y3 ~1 r' G1 G2 L2 ~6 @, n
BCK-lattices- D. ]3 X' N* ~* B5 x9 a( S3 I
BCK-meet-semilattices
( J( g0 z1 d1 Y8 W0 e: BBilinear algebras
8 L5 l9 \, O) q _- Z+ qBL-algebras
; C7 T Q/ ~! \) C$ E) cBinars, Finite binars, with identity, with zero, with identity and zero,
& \" G; x- ^# ]9 y3 OBoolean algebras Boolean algebra (structure)" t2 U: p4 d! q% _4 X9 k; o& e/ p P
Boolean algebras with operators5 O7 r; @- p6 j+ ]
Boolean groups
, b' u1 v; H% X; d mBoolean lattices/ {8 }3 n2 O! v9 r6 B+ V
Boolean modules over a relation algebra
1 o1 E7 C$ h% WBoolean monoids0 [2 R2 Y8 m' _) H$ ?- `
Boolean rings: v; w9 ~# H6 Z- I/ A2 ?) p& a; C
Boolean semigroups
- S7 d8 `' s0 d [0 y& U+ IBoolean semilattices
: L8 t; p: X( j2 UBoolean spaces* _* G/ k( f% N' H% I1 n
Bounded distributive lattices9 d; C( g3 A$ f0 c1 @
Bounded lattices4 o8 S. |' y% v4 K
Bounded residuated lattices2 m+ [! ]" H" C
Brouwerian algebras3 ^" t' `+ i0 a. y/ I- V
Brouwerian semilattices9 A J) e& R( H- T6 [4 g1 s4 X
C*-algebras
2 m% T, }" U8 ^8 M+ H6 _$ pCancellative commutative monoids9 ~, \0 O: X; N6 z; Q% t J
Cancellative commutative semigroups/ k/ H; j# T) P( t4 Y. X- H7 k
Cancellative monoids& O; o9 @7 ~1 V7 o' w
Cancellative semigroups: K! i5 v ^; Z" `
Cancellative residuated lattices- D7 `1 ]& p4 k2 ~8 A/ S
Categories
: Z3 }8 N6 p4 h# q( PChains
' b! a' S5 h$ G% t0 X4 r. yClifford semigroups
5 N3 } |6 F% x# g4 Z) ]Clifford algebras
! f) R `* |! g! y/ mClosure algebras/ u# T3 t2 [/ s; {2 _% Z+ } x
Commutative BCK-algebras% R- F/ ~. s+ k) X
Commutative binars, Finite commutative binars, with identity, with zero, with identity and zero
2 }. j8 _0 Q' {9 h, j' u, e* gcommutative integral ordered monoids, finite commutative integral ordered monoids8 U0 T& K! H: R9 W
Commutative inverse semigroups
9 t- P6 N& C) C2 z6 }' BCommutative lattice-ordered monoids5 a. x* y5 {4 S3 |6 N" ^+ m
Commutative lattice-ordered rings/ N1 e5 \% z! W: o" {2 `
Commutative lattice-ordered semigroups: ]8 m9 S4 D. O
Commutative monoids, Finite commutative monoids, Finite commutative monoids with zero
9 e* Y- Z) `& @7 SCommutative ordered monoids
) Y. Q7 g7 B- ECommutative ordered rings
* S" ?: i9 V" c" g, H$ fCommutative ordered semigroups, Finite commutative ordered semigroups1 C; l! ?8 m$ F
Commutative partially ordered monoids
3 F* T! v9 h5 F& t5 P" T) c$ tCommutative partially ordered semigroups
A$ g; [2 E/ ?1 a( @1 Q' cCommutative regular rings
' y! y; ~, a0 v& U0 Y3 a0 SCommutative residuated lattice-ordered semigroups1 ^ M# \3 {! `# X# s6 P% k) ?
Commutative residuated lattices
) j5 j1 r2 g. @' `3 j7 [Commutative residuated partially ordered monoids
. |7 o+ [, O; Z* p" F, uCommutative residuated partially ordered semigroups0 r* D5 j7 j& \( ~% y
Commutative rings3 Z1 p3 N/ I9 F4 K$ r$ n5 K
Commutative rings with identity
! o; S) j( w2 g) h* P1 {Commutative semigroups, Finite commutative semigroups, with zero+ ^$ l3 r5 T- |4 c( ]# O) _- v8 q' ]
Compact topological spaces- H2 Z& P" e1 K8 a
Compact zero-dimensional Hausdorff spaces, |" n' ]- L% a0 x! | E7 A$ _4 z
Complemented lattices. ]3 `$ R7 H3 A) ^, X# `
Complemented distributive lattices
7 S% ^% g# a" V v' UComplemented modular lattices' {) U g- T: K" s* I5 e
Complete distributive lattices+ s& i7 h/ A- G7 s5 ], i6 n. J" |; ^
Complete lattices
7 X# E$ Q$ i) Q2 T+ O, HComplete semilattices
w& h4 B4 \2 E, t0 JComplete partial orders, M& F* F6 R' S; z
Completely regular Hausdorff spaces. N0 x/ O: L; t$ E( b* x* ^/ E
Completely regular semigroups
- M$ X9 O" t/ o' h, nContinuous lattices- T+ n' }% X1 }) V3 P
Continuous posets6 P ^! ?. S; X9 t
Cylindric algebras& O& p0 |/ P( |& f+ ]
De Morgan algebras( S" T, z& q/ t8 T) e7 ^
De Morgan monoids
; K$ l6 x2 P, m1 T; EDedekind categories- }" s# H! H2 J2 N; j5 e8 V
Dedekind domains* a# A8 c/ d" G. S( I* o8 n# t
Dense linear orders
* S [- }9 y, VDigraph algebras
1 J: A/ M- v0 nDirected complete partial orders; k4 O7 ^$ A0 G% V ?' ^
Directed partial orders# @" Y+ c+ H3 [3 C2 ]
Directed graphs7 d! f3 q4 J4 T; {5 K" u
Directoids
1 P( ?+ X4 i# R' ?- w) X6 ~/ `Distributive allegories3 _/ g9 R7 v- I; [/ j
Distributive double p-algebras
# k4 {" _6 W& @9 F6 C6 {/ ZDistributive dual p-algebras+ W# l$ c" C- q, E1 p
Distributive lattice expansions
2 G( \* _4 \( O% E3 vDistributive lattices
* m2 j j+ ~' T: ~8 [Distributive lattices with operators
- F8 g7 m9 m6 R- TDistributive lattice ordered semigroups; h. F2 J5 F% e- W) K
Distributive p-algebras
6 E8 z6 n% c0 \* \: ODistributive residuated lattices3 Q% ^) }- ^3 D' c
Division algebras
( Z4 a1 f# P) h% m, J8 {: M% e/ vDivision rings, j% G- k% b* n" U! \ G
Double Stone algebras
t3 m6 P# b3 aDunn monoids2 h/ A+ [6 m. z% F
Dynamic algebras2 Q: U/ H5 F: [5 L0 g$ Y1 }
Entropic groupoids! G) k; V6 g$ |2 M/ O( J8 X9 F
Equivalence algebras
6 p1 v3 `# Y# z8 z* Z( qEquivalence relations
# O1 i6 V& p7 ~- E) h* H$ g- \Euclidean domains) Y0 V! R- d2 I
f-rings2 x8 N3 }, E( W9 X0 P" L$ q, J
Fields% Y) E+ P3 \& ^( a6 e( _" Z/ [
FL-algebras
! a* N' ~3 {6 `. H# g3 \% DFLc-algebras
# o- C# u3 F+ U# yFLe-algebras6 X! g% j# E9 t* L
FLew-algebras
" Q& Y0 o- F9 j7 Y% g2 ?FLw-algebras {! s9 Y7 B9 N. v9 L2 T
Frames
8 Y. [9 X e# p, y/ D3 z7 qFunction rings2 v9 x b+ M- Y1 [; @ x4 {3 ^9 d
G-sets6 J2 w# ~; _& G+ f- b a
Generalized BL-algebras
t8 c1 \- B+ v" kGeneralized Boolean algebras
: s/ I( U% W5 bGeneralized MV-algebras* z S: K q. l: C7 w6 |* i
Goedel algebras- [+ h, B! s2 e0 N' }" Q, z
Graphs
- A5 J2 m& O$ j+ I4 JGroupoids
/ t% ^9 j1 F% w* j( B u6 B6 hGroups
; u m0 U0 E3 qHausdorff spaces
4 ~! b6 [1 W3 |" q" s4 D2 P1 lHeyting algebras$ j' Q6 p2 l6 g4 X {" j& C
Hilbert algebras' a6 j! E6 A# P# o
Hilbert spaces, |# o. M7 {1 I
Hoops. C3 G1 q% n2 b
Idempotent semirings; o" ^. C3 w5 q" E
Idempotent semirings with identity
0 C- o. S6 y. y5 ]" s8 y: t- nIdempotent semirings with identity and zero% c( z" [7 H* R- |
Idempotent semirings with zero
' H5 }" W* Z# GImplication algebras
- M: l/ S p f- J' n5 GImplicative lattices
v% f2 O2 P. h. O5 c# v5 TIntegral domains
- G: h8 Q8 o* ?) a* U }! O nIntegral ordered monoids, finite integral ordered monoids
1 y, @2 C2 E1 c- w0 ^6 zIntegral relation algebras
" X( s! F0 W ?" d: rIntegral residuated lattices
8 N e+ W8 \0 ~6 G# Y7 GIntuitionistic linear logic algebras# Z4 E) |8 e0 j" B8 G( V
Inverse semigroups! N/ J" P/ S3 F
Involutive lattices
2 k- x) @) l- z8 r4 W: [) i0 S5 o* iInvolutive residuated lattices3 g W# I, J- I+ K
Join-semidistributive lattices4 w$ A( J* c8 L3 p# x. ~
Join-semilattices% O. v/ Y( @( v" T4 j; q
Jordan algebras8 k: [0 _: M9 {6 {/ g% Q
Kleene algebras7 u; g5 z' N) H5 s; C/ ?
Kleene lattices
5 x, Z2 @& ]+ X E% q* @, DLambek algebras0 |' \8 c- o& Y! }3 O
Lattice-ordered groups- J" Y+ }' A5 r2 n6 ~+ n* {; j
Lattice-ordered monoids: A5 ?8 q6 {+ f. }
Lattice-ordered rings
$ ~" w, K3 v9 SLattice-ordered semigroups
' e# o/ k) S; i) MLattices S) o( N6 V# s$ z! r5 L
Left cancellative semigroups
. ~9 e V* i7 r1 I7 Y8 ^$ yLie algebras4 t/ P: U2 @% i7 [
Linear Heyting algebras
# K3 i( r m- ILinear logic algebras
' R, F1 a W- s' y0 H7 tLinear orders" N8 ?) M9 [! m3 V
Locales' N' u6 K$ a1 n9 K) W
Locally compact topological spaces
$ L6 e3 x+ i- p% I# E' B; j" ^Loops3 J) f/ O/ e- r) g% H
Lukasiewicz algebras of order n, X; Q# y L$ j
M-sets
) g2 _: I0 {0 R5 |4 x- K) w: kMedial groupoids
- q. A4 K$ G$ bMedial quasigroups
% S( }( e; H7 W6 K6 jMeet-semidistributive lattices# v) n( u% F; w% ]: {. o5 l
Meet-semilattices6 ~5 i% Y% K4 I& W6 I
Metric spaces
& d0 L" r% `' b* L4 d9 EModal algebras
2 ~1 @9 e. T" p- |) o% g1 I w) ~Modular lattices4 |$ T0 g# O" z
Modular ortholattices/ X& b0 }! s' t. `5 |" o
Modules over a ring
1 H" y1 L3 Z$ B/ y1 ]7 VMonadic algebras
7 H% E3 K( v+ T, R r. ^6 lMonoidal t-norm logic algebras
4 F* `; @. i v( }5 Y p1 BMonoids, Finite monoids, with zero
: w$ d: Y: z4 o3 U- D7 k4 HMoufang loops2 }6 E! f% e) L( f8 v& N
Moufang quasigroups
1 H" u; J# K: l$ ]0 mMultiplicative additive linear logic algebras
+ m! F E* X2 ]& z7 gMultiplicative lattices, W& M( c, G2 q2 _) i
Multiplicative semilattices
; n7 z; Z( P7 Q, d5 ]Multisets6 s6 s. A! ~$ ?
MV-algebras. L$ a% L5 ~- B. P2 i/ M
Neardistributive lattices7 [* e! X' B. L( L" E% J
Near-rings2 c1 T1 n* O$ n% p
Near-rings with identity8 I6 z$ _% p: I, h$ A
Near-fields
" V+ O9 o$ u& n# ~% u7 b FNilpotent groups
' \* k2 a0 V1 r! aNonassociative relation algebras
5 m, ~! X! H) ^# T2 j8 ]# ~9 R3 `Nonassociative algebras/ `( h o# X# ]5 J2 v3 ^4 K& I
Normal bands& Y6 w( H4 K ?
Normal valued lattice-ordered groups
; d }; f$ K; ? F% C% c) X7 CNormed vector spaces0 `1 I% W( s t
Ockham algebras
9 l* i5 ?' R8 {, P( dOrder algebras
4 _) R( P; ]0 z ]+ ]) ^' j) [/ W/ ]Ordered abelian groups* h7 v% R+ \# Y
Ordered fields
|" F* G( F' K; HOrdered groups7 |% u/ h( f9 [! ^
Ordered monoids
2 G+ O+ t$ V# G' t9 H' M% HOrdered monoids with zero( A5 O' R: N6 `! f5 s
Ordered rings
# F0 t5 K3 Y- i* d8 Z" G" R. Q- QOrdered semigroups, Finite ordered semigroups, Finite ordered semigroups with zero G/ ~2 j* y' y4 ]. n/ n. B
Ordered semilattices, Finite ordered semilattices
; F; o9 W1 m, s8 VOrdered sets
( A3 v; I& e a: X. K: ^; i& NOre domains& l2 e) f* s2 D' u
Ortholattices9 o( ]) q1 u, H6 |% [
Orthomodular lattices
& H$ P/ i" e. ^* E) W9 L& G# f. fp-groups
' p! M- Y6 `( ^1 w3 iPartial groupoids
4 b; R9 a& @% v" \# \1 oPartial semigroups% g4 j# @* o/ L, E# P7 M" l0 n
Partially ordered groups% i2 `7 q2 z8 @2 b6 W
Partially ordered monoids5 p, `5 X0 [4 O7 \ y4 D
Partially ordered semigroups1 b# s, K) L o& B* I
Partially ordered sets4 F; c+ m' F, H
Peirce algebras
9 q6 `9 m% p6 cPocrims2 ]/ Z: F5 B8 M; L' O6 [
Pointed residuated lattices
1 h# g, j) n XPolrims$ l3 R) |0 B+ n0 y. O
Polyadic algebras
, \1 p2 k4 y8 }Posets, w6 l. l* T& L. a: s
Post algebras
. C, H' G! Q! XPreordered sets- K ^, S. x7 D
Priestley spaces
P m/ h+ W/ e8 VPrincipal Ideal Domains
! A) i v* f' ]2 @Process algebras! W1 I' Y9 r: ?: w; b {( J8 K
Pseudo basic logic algebras
# r( D/ g0 r# G6 Z, s$ kPseudo MTL-algebras
: q0 H2 q. |% [Pseudo MV-algebras
8 v4 m9 Y% U8 Y# d' ?- ?Pseudocomplemented distributive lattices
% b' q) \: X& @' T" z6 B. oPure discriminator algebras5 B: E* L `7 V
Quantales4 c, X3 G% J* r$ n& ^6 ]1 d4 w
Quasigroups8 b* }" T+ a2 w e' @, B
Quasi-implication algebras
9 i8 P& F- s6 h/ F- S! t, jQuasi-MV-algebra
. K1 I& L c a+ PQuasi-ordered sets" V6 W# @! H( F* S1 b, H: Z
Quasitrivial groupoids( w" G8 Z' p5 r8 S/ w8 g
Rectangular bands( U4 R* K1 q0 W; Y! v' p
Reflexive relations
- Y h% u* y) o' {; V* SRegular rings
/ s! R: ^- ^% ^+ ERegular semigroups8 M2 y$ q% r# K/ I9 u) H
Relation algebras6 g' [6 s- t. J
Relative Stone algebras
5 ]4 c! c- L# I* E: o! [/ J0 T( B' JRelativized relation algebras
( | |& V- O% A: L# LRepresentable cylindric algebras% ?6 Z% R+ Y6 o5 V! T: g( p
Representable lattice-ordered groups
9 G3 _! Z& G- g3 }Representable relation algebras) E; a3 {% P/ X* K
Representable residuated lattices
! {2 G: B( c' [& d" MResiduated idempotent semirings* Z/ ?* l( {- Z4 o) G
Residuated lattice-ordered semigroups/ [) v+ b2 G/ b( v3 p, T
Residuated lattices
4 }6 P3 E3 b' i- OResiduated partially ordered monoids! e- b, V% s# b" m' a
Residuated partially ordered semigroups! q( n: A; p# F4 Y5 a7 a- o
Rings
; z3 B0 ]1 ^& c3 K5 O$ s4 @Rings with identity
% R4 h+ V# J& k t( gSchroeder categories, O0 Y- `' U/ @7 F+ b: q3 w5 U) I8 q2 D
Semiassociative relation algebras. R N8 [5 p# ]
Semidistributive lattices- o7 x8 V+ C! ^ |1 o
Semigroups, Finite semigroups
. Z) D1 Y) F' `Semigroups with identity
0 }0 w5 P$ ?- Y* t1 fSemigroups with zero, Finite semigroups with zero) W9 B% [* d$ a4 l( p. d9 o+ Z
Semilattices, Finite semilattices' ?; S5 w! K( w
Semilattices with identity, Finite semilattices with identity
/ ^9 u R; c6 A- p, ~8 LSemilattices with zero
o) J. n+ s3 [5 e% s3 C$ nSemirings
+ E1 e( j5 Z6 T( H2 kSemirings with identity' Y5 I2 X! D) @# p+ w ]$ D H
Semirings with identity and zero$ z! B8 c4 e8 P0 H- |! O
Semirings with zero
& ~$ a% d: V7 @& z7 Z# D# X% _Sequential algebras
4 O$ j3 g( Q1 ~Sets
, k! \& [8 b+ U/ c& w3 dShells1 h2 b" ?7 v- H ~
Skew-fields
( a& _& u4 T, B3 T( N( q( q1 hSkew_lattices
# e7 G. ?! U* L, X! K- CSmall categories1 y! O. {) s, U! I9 S" @ _( E
Sober T0-spaces
/ F* [' `- |8 \. z, d+ vSolvable groups( k5 ?2 G* {1 @0 A# S& u: f4 l
Sqrt-quasi-MV-algebras4 Y9 p1 f$ s3 u: L+ W9 z z, v7 A
Stably compact spaces
& w7 \# p; { d( f1 aSteiner quasigroups' N- a1 ?9 f3 Q3 d+ s
Stone algebras
( ^, z, m8 x1 P9 G6 S; n- dSymmetric relations3 r7 @; g+ [2 X3 W3 t" _
T0-spaces
% Y/ V. ~$ ^! R* C& ^+ `$ ZT1-spaces
9 \/ C- \* f+ Y+ m: FT2-spaces
. [) ~; F# H" H( ^# z7 ^- i. A9 ?Tarski algebras/ h' Z( ~' f: A/ k* u
Tense algebras
: g j7 W f; @. KTemporal algebras, G5 E1 v/ a+ m, l9 x/ ~7 l+ T3 C
Topological groups1 _7 U& a6 F5 J2 f
Topological spaces C8 `* x, ?6 d+ \
Topological vector spaces" N' }3 w. l. W, P) N* {8 W4 K; o
Torsion groups+ T8 |7 P0 N1 Z/ `3 s7 S2 G* a2 K& D
Totally ordered abelian groups
+ C u, b# b" t" _- P( e7 pTotally ordered groups5 |. R0 _( y) I/ P
Totally ordered monoids
( p2 ]* c" q" i2 o5 zTransitive relations( {) p/ A7 z) o+ {7 M9 }- t
Trees, d0 E2 @( J: j' s- L- g6 k) Y- W
Tournaments, n3 P; K4 y6 D0 c
Unary algebras2 R/ u0 N/ A9 ]9 c5 u& T
Unique factorization domains
; y1 v: c3 x7 r' p* nUnital rings
4 z- k& X c* ?4 f3 I/ K0 PVector spaces
3 v; M+ r: {6 Y! BWajsberg algebras( t! I4 b/ O* @' o
Wajsberg hoops
, @' z" l4 S/ ?2 F$ E$ AWeakly associative lattices
' ~/ `. ^/ ~' G/ y0 a+ i2 D0 M& uWeakly associative relation algebras& ^' w. O- O/ A! c
Weakly representable relation algebras2 ?3 G* ]1 d/ S' C3 d' C
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