AbstractA complete bipartite graph without one edge, K̃n,m, is called almost complete bipartite graph. A graph K̃2n+1,2m+1 that can be decomposed into two isomorphic factors with a given diameter d is called d-isodecomposable. We prove that K̃2n+1, 2m+1 is d-isodecomposable only if d = 3, 4, 5, 6 or ∞ and completely determine all d-isodecomposable almost complete bipartite graphs for each diameter. For d = ∞ we, moreover, present all classes of possible disconnected factors
AbstractThe following results are proved in this paper. 1.(1) If the diameter of a connected biparti...
We prove that each of the 34 non-isomorphic connected unicyclic bipartite graphs with eight edges de...
[[abstract]]Let Kn,n be the complete bipartite graph with two parts of equal size n. In this paper...
AbstractA complete bipartite graph without one edge, K̃n,m, is called almost complete bipartite grap...
A complete bipartite graph without one edge, , is called almost complete bipartite graph. A graph t...
AbstractA complete tripartite graph without one edge, K̃m1,m2,m3, is called almost complete triparti...
We determine the spectrum of complete bipartite and tripartite graphs that are decomposable into dis...
AbstractAn almost complete tripartite graph K˜m1,m2,m3 is obtained by removing an edge from the comp...
AbstractGraphs self-complementary in Kn—e exist for those values of n where self-complementary graph...
AbstractLet F be a 2-regular graph. We prove that the complete bipartite graph Kn,n can be decompose...
AbstractA graph X is called almost self-complementary if it is isomorphic to one of its almost compl...
An isomorphic factorisation of a digraph D is a partition of its arcs into mutually isomorphic subgr...
AbstractLet G be a self-complementary graph (s.c.) and π its degree sequence. Then G has a 2-factor ...
This master’s thesis in graph theory focuses on graph decomposition. In practice, various forms of g...
AbstractHarary, Robinson and Wormald (1978) proved that for a complete tripartite graph G = K (m, n,...
AbstractThe following results are proved in this paper. 1.(1) If the diameter of a connected biparti...
We prove that each of the 34 non-isomorphic connected unicyclic bipartite graphs with eight edges de...
[[abstract]]Let Kn,n be the complete bipartite graph with two parts of equal size n. In this paper...
AbstractA complete bipartite graph without one edge, K̃n,m, is called almost complete bipartite grap...
A complete bipartite graph without one edge, , is called almost complete bipartite graph. A graph t...
AbstractA complete tripartite graph without one edge, K̃m1,m2,m3, is called almost complete triparti...
We determine the spectrum of complete bipartite and tripartite graphs that are decomposable into dis...
AbstractAn almost complete tripartite graph K˜m1,m2,m3 is obtained by removing an edge from the comp...
AbstractGraphs self-complementary in Kn—e exist for those values of n where self-complementary graph...
AbstractLet F be a 2-regular graph. We prove that the complete bipartite graph Kn,n can be decompose...
AbstractA graph X is called almost self-complementary if it is isomorphic to one of its almost compl...
An isomorphic factorisation of a digraph D is a partition of its arcs into mutually isomorphic subgr...
AbstractLet G be a self-complementary graph (s.c.) and π its degree sequence. Then G has a 2-factor ...
This master’s thesis in graph theory focuses on graph decomposition. In practice, various forms of g...
AbstractHarary, Robinson and Wormald (1978) proved that for a complete tripartite graph G = K (m, n,...
AbstractThe following results are proved in this paper. 1.(1) If the diameter of a connected biparti...
We prove that each of the 34 non-isomorphic connected unicyclic bipartite graphs with eight edges de...
[[abstract]]Let Kn,n be the complete bipartite graph with two parts of equal size n. In this paper...