An induced graphoidal cover of a graph G is a collection ψ of (not necessarily open) paths in G such that every path in ψ has at least two vertices, every vertex of G is an internal vertex of at most one path in ψ, every edge of G is in exactly one path in ψ and every member of ψ is an induced cycle or an induced path. The minimum cardinality of an induced graphoidal cover of G is called the induced graphoidal covering number of G and is denoted by ηi(G) or ηi. Here we find induced graphoidal cover for some classes of graphs
A decomposition of a graph G is a collection ψ of subgraphs H1,H2, . . . , Hr of G such that every e...
Acharya and Sampathkumar defined a graphoidal cover as a partition of edges into internally disjoint...
A simple path cover of a graph G is a collection of paths in G such that every edge of G is in exa...
An induced acyclic graphoidal cover of a graph G is a collection ψ of open paths in G such that ever...
A graphoidal cover of a graph G is a collection ψ of (not necessarily open) paths in G such that eve...
Abstract. A graphoidal cover of a graph G is a collection ψ of (not necessarily open) paths in G suc...
AbstractAn acyclic graphoidal cover of a graph G is a collection ψ of paths in G such that every pat...
AbstractGiven a graph G=(V,E), a set ψ of non-trivial paths, which are not necessarily open, called ...
Abstract: In [1] Acharya and Sampathkumar defined a graphoidal cover as a partition of edges into in...
A graphoidal cover of a graph G (not necessarily finite) is a collection ψ of paths in G, called ψ-e...
Abstract: B.D.Acharya and E. Sampathkumar [1] defined Graphoidal cover as partition of edge set of a...
Given a graph G = ( V , E ) , not necessarily finite, a graphoidal cover of G means a collection Ψ o...
AbstractA graphoidal cover of a given graph G=(V,E) is a set of its paths of length at least one, no...
AbstractAn acyclic graphoidal cover of a graph G is a collection ψ of paths in G such that every pat...
Abstract. Let G = (V,E) be a graph with p vertices and q edges. An acyclic graphoidal cover of G is ...
A decomposition of a graph G is a collection ψ of subgraphs H1,H2, . . . , Hr of G such that every e...
Acharya and Sampathkumar defined a graphoidal cover as a partition of edges into internally disjoint...
A simple path cover of a graph G is a collection of paths in G such that every edge of G is in exa...
An induced acyclic graphoidal cover of a graph G is a collection ψ of open paths in G such that ever...
A graphoidal cover of a graph G is a collection ψ of (not necessarily open) paths in G such that eve...
Abstract. A graphoidal cover of a graph G is a collection ψ of (not necessarily open) paths in G suc...
AbstractAn acyclic graphoidal cover of a graph G is a collection ψ of paths in G such that every pat...
AbstractGiven a graph G=(V,E), a set ψ of non-trivial paths, which are not necessarily open, called ...
Abstract: In [1] Acharya and Sampathkumar defined a graphoidal cover as a partition of edges into in...
A graphoidal cover of a graph G (not necessarily finite) is a collection ψ of paths in G, called ψ-e...
Abstract: B.D.Acharya and E. Sampathkumar [1] defined Graphoidal cover as partition of edge set of a...
Given a graph G = ( V , E ) , not necessarily finite, a graphoidal cover of G means a collection Ψ o...
AbstractA graphoidal cover of a given graph G=(V,E) is a set of its paths of length at least one, no...
AbstractAn acyclic graphoidal cover of a graph G is a collection ψ of paths in G such that every pat...
Abstract. Let G = (V,E) be a graph with p vertices and q edges. An acyclic graphoidal cover of G is ...
A decomposition of a graph G is a collection ψ of subgraphs H1,H2, . . . , Hr of G such that every e...
Acharya and Sampathkumar defined a graphoidal cover as a partition of edges into internally disjoint...
A simple path cover of a graph G is a collection of paths in G such that every edge of G is in exa...