P4),co-(X1),co-rising sun,house,net)-free
probe trivially perfect probe co-trivially perfect
probe trivially perfect probe threshold
P4,P5,S3,X1,X160,co-(X159),co-(X161),co-(X162),co-(X46),co-(X70),net,rising sun)-free co-probe threshold
P4) X160 co-(2P3) co-(X1) X46 co-rising sun house S3 co-(3K2) 2K2 X162 X70 C5
probe cograph (2K3 + e,C5,C6,P6,X5,co-(2P4),co-(A),co-(C6),co-(C7),co-(E),co-(P7),co-(R),co-(X1),co-(X103),co-(X5),co-(X58),co-(X84),co-(X98),antenna,co-domino,co-rising sun,co-twin-house,domino,parachute,parapluie,rising sun,sunlet4)-free (2K3 + e,co-(X98),house)-free (2K3 + e,co-(X99),house)-free (2K3 + e,house)-free (2K3,X42,co-(A),co-(H),co-(X45),co-(X46),co-(X47),co-(X48),co-(X49),co-(X50),co-(X51),co-(X52),co-(X53),co-(X54),co-(X55),co-(X56),co-(X57))-free (2K3,house)-free (2K4,house)-free (3K2,C4
P2,C5,P2
P4,P5,S3,X1,X46,X70,co-(3K2),co-(C4
P2),co-(P2
P4),co-(X1),co-(X46),co-(X70),co-fish,co-rising sun,fish,house,net,rising sun)-free (C5,P2
P3,house)-free (C5,P5,co-(P),house)-free (C5,P5,co-fish,fish,house)-free Dilworth 2 HHDS-free HHDbicycle-free (K2
K3,X11,X127,X128,X129,X131,X133,X135,X136,X137,X138,X139,X140,X141,X142,X143,X144,X145,X146,X147,X148,X149,X150,X151,X30,X35,X46,XF12n+3,XF62n+3,co-(2P3),co-(3K2),co-(C4
P2),co-(C6),co-(P6),co-(X130),co-(X132),co-(X134),co-(X152),co-(X153),co-(X154),co-(X155),co-(X156),co-(X157),co-(X158),co-(X18),co-(X84),antenna,co-domino,co-fish,eiffeltower,longhorn,odd-hole)-free (K2
K3,co-(P),anti-hole)-free (K2
K3,co-(P),house)-free (K2
K3,house)-free (K3
P3,co-(C6),co-(P),co-(P7),co-(X37),co-(X41))-free (K3,3,3,co-(Cn+4))-free (P2
P3,house)-free (P5,S3,co-(A),co-(E),co-(X1),anti-hole,co-domino,co-rising sun,net)-free (P5,co-(A),co-(P6),anti clique wheel,anti-hole,co-domino)-free (P5,co-(A),anti-hole,co-domino)-free (P5,co-(P),anti-hole)-free (S3,S4,net)-free (S3,co-(Cn+4),co-(T2))-free (S3,co-(Cn+4),net)-free (S3,net)-free (S3,net)-free
sun-free (X34,X36,XF2n+1,XF3n,co-(Cn+4),co-XF12n+3,co-XF62n+2)-free (co-(A),co-(P6),co-domino)-free (co-(Cn+4),co-(H))-free (co-(Cn+4),co-(T2),co-(X31),co-XF2n+1,co-XF3n)-free (co-(Cn+4),co-(T2),co-XF2n+1)-free (co-(Cn+4),co-(X59),co-longhorn)-free (co-(Cn+4),co-sun)-free (co-(Cn+4),net)-free (co-(Cn+4),odd co-sun)-free co-(Cn+4)-free (co-(E),co-(P))-free (co-(P),co-(P7))-free (co-(P),co-(P8))-free (co-(P),co-(T2))-free (co-(P),co-(star1,2,3))-free (co-(P),co-star1,2,4)-free (co-(P),co-star1,2,5)-free (co-(P),house)-free absolutely perfect co-chordal co-chordal
comparability co-chordal
superperfect co-interval co-strongly chordal comparability graphs of semiorders even anti-cycle-free hereditary Matula perfect hereditary homogeneously orderable (house,hole,domino,sun)-free maxibrittle probe co-trivially perfect probe split probe trivially perfect threshold signed
bipartite Dilworth 1 bipartite chain co-interval
cograph
interval co-trivially perfect
trivially perfect cograph
split comparability graphs of threshold orders difference probe threshold
split threshold | Recognition: | Linear | details |
| Cliquewidth expression: | Unknown to ISGCI | details |
| Cliquewidth: | Bounded | details |
| Weighted independent set: | Linear | details |
| Independent set: | Linear | details |
| Domination: | Linear | details |
Algorithms for Recognition
Linear from probe threshold
[1345]
Polynomial
| Finite forbidden subgraph characterization |
Algorithms for Cliquewidth expression
See also
: Cliquewidth : Weighted independent set : Domination
Algorithms for Cliquewidth
Bounded from cliquewidth 4
See also
: Cliquewidth expression
Algorithms for Weighted independent set
Linear from permutation
[1164]
Polynomial from nK2-free, fixed n
[1102]
Polynomial [O(n logn logn)]
from trapezoid
| Timebound valid only when given the model [1120] ; otherwise O(n^2). |
claw-free
[1290]
Algorithms for Independent set
Linear from co-chordal
[558]
| See also [425] . |
Algorithms for Domination
Linear [O(V)]
from permutation
[1342]
[1147]
[1148]
[1149]
[1165]
Polynomial from co-interval
interval
| From interval and co-interval . |
| Assuming a square embedding of the graph is given; finding this is an open problem. |