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
Due to some intractability considerations, reasonable formulation of necessary and sufficient condit...
AbstractLet Pk+1 denote a path of length k and let Sk+1 denote a star with k edges. As usual Kn deno...
Due to some intractability considerations, reasonable formulation of necessary and sufficient condit...
AbstractWe study the decomposition of multigraphs with a constant edge multiplicity into copies of a...
AbstractA necessary and sufficient condition for the existence of a decomposition of λKv into stars ...
The multistar $ S^{w_1,...,w_n}$ is the multigraph whose underlying graph is an $n$-star and the mul...
AbstractLet H be a fixed simple graph. The H-decomposition computational problem is defined as follo...
AbstractLet H be a fixed simple graph. The H-decomposition computational problem is defined as follo...
Let Pk+1 denote a path of length k, Sm denote a star with m edges, and Kn(λ) denote the complete mul...
Let k be a positive integer, Sk and Ck denote, respectively, a star and a cycle of k edges. λKn is t...
AbstractIn this paper, we obtain a criterion for the decomposition of the λ-fold balanced complete b...
It is known that whenever υ(υ−1) ≡ 0 (mod 2m) and υ⩾2m, the complete graph Kυ can be decomposed into...
AbstractFor a family G of stars, a G-decomposition of a graph H is a partition of the edge set of H ...
AbstractThe H-decomposition problem for a fixed graph H is stated as follows: Can an input graph G b...
AbstractLet H be an arbitrary graph and let K1,2 be the 2-edge star. By a {K1,2,H}-decomposition of ...
Due to some intractability considerations, reasonable formulation of necessary and sufficient condit...
AbstractLet Pk+1 denote a path of length k and let Sk+1 denote a star with k edges. As usual Kn deno...
Due to some intractability considerations, reasonable formulation of necessary and sufficient condit...
AbstractWe study the decomposition of multigraphs with a constant edge multiplicity into copies of a...
AbstractA necessary and sufficient condition for the existence of a decomposition of λKv into stars ...
The multistar $ S^{w_1,...,w_n}$ is the multigraph whose underlying graph is an $n$-star and the mul...
AbstractLet H be a fixed simple graph. The H-decomposition computational problem is defined as follo...
AbstractLet H be a fixed simple graph. The H-decomposition computational problem is defined as follo...
Let Pk+1 denote a path of length k, Sm denote a star with m edges, and Kn(λ) denote the complete mul...
Let k be a positive integer, Sk and Ck denote, respectively, a star and a cycle of k edges. λKn is t...
AbstractIn this paper, we obtain a criterion for the decomposition of the λ-fold balanced complete b...
It is known that whenever υ(υ−1) ≡ 0 (mod 2m) and υ⩾2m, the complete graph Kυ can be decomposed into...
AbstractFor a family G of stars, a G-decomposition of a graph H is a partition of the edge set of H ...
AbstractThe H-decomposition problem for a fixed graph H is stated as follows: Can an input graph G b...
AbstractLet H be an arbitrary graph and let K1,2 be the 2-edge star. By a {K1,2,H}-decomposition of ...
Due to some intractability considerations, reasonable formulation of necessary and sufficient condit...
AbstractLet Pk+1 denote a path of length k and let Sk+1 denote a star with k edges. As usual Kn deno...
Due to some intractability considerations, reasonable formulation of necessary and sufficient condit...