2K1,P2
P3,R,co-(K5 - e),co-(W5),co-claw,twin-C5,twin-house)-free (K1,4,P5)-free N* (P5,co-fork)-free (P5,cricket)-free (P5,fork)-free (co-(K1,4),co-diamond)-free (co-(P),fork)-free (co-(W4),co-claw,co-gem)-free (co-(XC11),co-claw,co-diamond)-free co-(XC11)-free (co-claw,co-diamond)-free | Recognition: | Polynomial | details |
| Cliquewidth expression: | Unbounded or NP-complete | details |
| Cliquewidth: | Unbounded | details |
| Weighted independent set: | Polynomial | details |
| Independent set: | Polynomial | details |
| Domination: | Unknown to ISGCI | details |
Algorithms for Recognition
Polynomial
| Finite forbidden subgraph characterization |
Algorithms for Cliquewidth expression
See also
: Cliquewidth : Weighted independent set : Domination
Algorithms for Cliquewidth
Unbounded
| From the complement . |
Algorithms for Weighted independent set
Polynomial [O(VE)]
from (co-(P),fork)-free
[1125]
Polynomial [O(VE)]
from (P5,fork)-free
[1125]
Polynomial [O(n^5)]
from (K1,4,P5)-free
[1110]
Polynomial from nK2-free, fixed n
[1102]
Polynomial from (P5,cricket)-free
[1110]
Polynomial from K2
claw-free
[1290]
Polynomial [O(VE)]
from co-gem-free
| Because for all v: G[\co{N}(v)] is P_4-free |
| Algorithm for (P_5,K_{m,m})-free (fixed m) [1118] |
Algorithms for Independent set
Polynomial from co-hereditary clique-Helly
[1298]
See also
: Weighted independent set
Algorithms for Domination
See also
: Cliquewidth expression