AbstractLet P be a hereditary property. Let kP(G) denote the number of forbidden subgraphs, which are contained in G. A graph G is said to be weakly P-saturated, if G∈P and the edges of the complement of G can be labelled e1,e2,…,el in such way that for i=0,1,…,l-1 the inequality kP(Gi+1)>kP(Gi) holds, where G0=G,Gi+1=Gi+ei and Gl=Kn. The minimum possible size of weakly P-saturated graphs is denoted by wsat(n,P).In this paper we shall investigate some properties of weakly saturated graphs. We provide some estimations for the minimum size of weakly P-saturated graphs
AbstractA graph G is called Ck-saturated if G contains no cycles of length k but does contain such a...
Let F and H be graphs. A subgraph G of H is an F-saturated subgraph of H if F is not a subgraph of G...
Given a family of graphs F, a graph G is F-saturated if no element of F is a subgraph of G, but for ...
AbstractLet P be a hereditary property. Let kP(G) denote the number of forbidden subgraphs, which ar...
For a hereditary property P let kP(G) denote the number of for-bidden subgraphs contained in G. A gr...
AbstractA graph G is H-saturated if G does not contain H as a subgraph but for any nonadjacent verti...
For two graphs $G$ and $F$, we say that $G$ is weakly $F$-saturated if $G$ contains no copy of $F$ a...
For a fixed graph F, a graph G is F-saturated if there is no copy of F in G, but for any edge e ∉ G,...
A graph G is said to be H-saturated if G contains no subgraph isomorphic to H but the addition of an...
AbstractA graph G is said to be F-saturated if G does not contain a copy of F as a subgraph and G+e ...
A graph G is said to be H-saturated if G is H-free i.e., (G has no subgraph isomorphic to H) and add...
AbstractLet F be a given graph. A graph G is called F-saturated if F [nsube] G and F ⊆ G + e for eve...
The paper studies wsat$(G,H)$ which is the minimum number of edges in a weakly $H$-saturated subgrap...
AbstractLet P be a family of graphs. A graph G is said to satisfy a property P locally if G[N(v)]∈P ...
Given a family of (hyper)graphs F a (hyper)graph G is said to be F-saturated if G is F-free for any ...
AbstractA graph G is called Ck-saturated if G contains no cycles of length k but does contain such a...
Let F and H be graphs. A subgraph G of H is an F-saturated subgraph of H if F is not a subgraph of G...
Given a family of graphs F, a graph G is F-saturated if no element of F is a subgraph of G, but for ...
AbstractLet P be a hereditary property. Let kP(G) denote the number of forbidden subgraphs, which ar...
For a hereditary property P let kP(G) denote the number of for-bidden subgraphs contained in G. A gr...
AbstractA graph G is H-saturated if G does not contain H as a subgraph but for any nonadjacent verti...
For two graphs $G$ and $F$, we say that $G$ is weakly $F$-saturated if $G$ contains no copy of $F$ a...
For a fixed graph F, a graph G is F-saturated if there is no copy of F in G, but for any edge e ∉ G,...
A graph G is said to be H-saturated if G contains no subgraph isomorphic to H but the addition of an...
AbstractA graph G is said to be F-saturated if G does not contain a copy of F as a subgraph and G+e ...
A graph G is said to be H-saturated if G is H-free i.e., (G has no subgraph isomorphic to H) and add...
AbstractLet F be a given graph. A graph G is called F-saturated if F [nsube] G and F ⊆ G + e for eve...
The paper studies wsat$(G,H)$ which is the minimum number of edges in a weakly $H$-saturated subgrap...
AbstractLet P be a family of graphs. A graph G is said to satisfy a property P locally if G[N(v)]∈P ...
Given a family of (hyper)graphs F a (hyper)graph G is said to be F-saturated if G is F-free for any ...
AbstractA graph G is called Ck-saturated if G contains no cycles of length k but does contain such a...
Let F and H be graphs. A subgraph G of H is an F-saturated subgraph of H if F is not a subgraph of G...
Given a family of graphs F, a graph G is F-saturated if no element of F is a subgraph of G, but for ...