AbstractWe study the decomposition of multigraphs with a constant edge multiplicity into copies of a fixed star H=K1,t: We present necessary and sufficient conditions for such a decomposition to exist where t=2 and prove NP-completeness of the corresponding decision problem for any t⩾3. We also prove NP-completeness when the edge multiplicity function is not restricted either on the input G or on the fixed multistar H
AbstractFor a family G of stars, a G-decomposition of a graph H is a partition of the edge set of H ...
AbstractLet Pk+1 denote a path of length k and let Sk+1 denote a star with k edges. As usual Kn deno...
The multistar $ S^{w_1,...,w_n}$ is the multigraph whose underlying graph is an $n$-star and the mul...
AbstractWe study the decomposition of multigraphs with a constant edge multiplicity into copies of a...
Let k be a positive integer, Sk and Ck denote, respectively, a star and a cycle of k edges. λKn is t...
AbstractA necessary and sufficient condition for the existence of a decomposition of λKv into stars ...
AbstractLet H be an arbitrary graph and let K1,2 be the 2-edge star. By a {K1,2,H}-decomposition of ...
AbstractIn this paper, we obtain a criterion for the decomposition of the λ-fold balanced complete b...
In this note, we consider the problem of existence of an edge-decomposition of a multigraph into iso...
AbstractA necessary and sufficient condition for the existence of a decomposition of λKv into stars ...
AbstractA subgraph F of a graph G is called a star-subgraph if each component of F is a star. In thi...
Due to some intractability considerations, reasonable formulation of necessary and sufficient condit...
Due to some intractability considerations, reasonable formulation of necessary and sufficient condit...
Due to some intractability considerations, reasonable formulation of necessary and sufficient condit...
AbstractLet H be a fixed simple graph. The H-decomposition computational problem is defined as follo...
AbstractFor a family G of stars, a G-decomposition of a graph H is a partition of the edge set of H ...
AbstractLet Pk+1 denote a path of length k and let Sk+1 denote a star with k edges. As usual Kn deno...
The multistar $ S^{w_1,...,w_n}$ is the multigraph whose underlying graph is an $n$-star and the mul...
AbstractWe study the decomposition of multigraphs with a constant edge multiplicity into copies of a...
Let k be a positive integer, Sk and Ck denote, respectively, a star and a cycle of k edges. λKn is t...
AbstractA necessary and sufficient condition for the existence of a decomposition of λKv into stars ...
AbstractLet H be an arbitrary graph and let K1,2 be the 2-edge star. By a {K1,2,H}-decomposition of ...
AbstractIn this paper, we obtain a criterion for the decomposition of the λ-fold balanced complete b...
In this note, we consider the problem of existence of an edge-decomposition of a multigraph into iso...
AbstractA necessary and sufficient condition for the existence of a decomposition of λKv into stars ...
AbstractA subgraph F of a graph G is called a star-subgraph if each component of F is a star. In thi...
Due to some intractability considerations, reasonable formulation of necessary and sufficient condit...
Due to some intractability considerations, reasonable formulation of necessary and sufficient condit...
Due to some intractability considerations, reasonable formulation of necessary and sufficient condit...
AbstractLet H be a fixed simple graph. The H-decomposition computational problem is defined as follo...
AbstractFor a family G of stars, a G-decomposition of a graph H is a partition of the edge set of H ...
AbstractLet Pk+1 denote a path of length k and let Sk+1 denote a star with k edges. As usual Kn deno...
The multistar $ S^{w_1,...,w_n}$ is the multigraph whose underlying graph is an $n$-star and the mul...