AbstractDe Bruijn [I] applied his genoralization of PÓlya's fundamental theorem to provide an outline of a general method for enumerating self-complementary structures. This was used by Read [8] to carry out in detail the enumeration of self-complementary graphs and digraphs. Suitable modifications of the same scheme gave Harary and Palmer [4], [5] the basic clue for their enumeration of self-converse digraphs. In this paper we extend these results to obtain the formula for the number of self-complementary oriented graphs on n points and the generating function for self-converse oriented graphs in terns of the number of lines
We find all polyhedral graphs such that their complements are still polyhedral. These turn out to be...
AbstractA formula for the number am(2n) of self-complementary m-placed relations is given. Then we o...
A graph is self-complementary if it is isomorphic to its complement. A graph is vert...
AbstractDe Bruijn [I] applied his genoralization of PÓlya's fundamental theorem to provide an outlin...
AbstractFor functions f : D → Rk where D is a finite set and Rk = {0,1,… k} we define complementary ...
AbstractIn this paper a new algorithm is given for the construction of self-complementary graphs, an...
We prove that, with very few exceptions, every graph of order n, n - 0, 1(mod 4) and size at most n ...
A self-complementary graph G of odd order has a unique decomposition into edge disjoint subgraphs, o...
AbstractGiven a graph H with 2p vertices, the necessary and sufficient condition for the existence o...
AbstractA new method of studying self-complementary graphs, called the decomposition method, is prop...
AbstractIt is shown that the number of triangles in a self-complementary graph with N vertices is at...
AbstractIn this paper a new algorithm is given for the construction of self-complementary graphs, an...
AbstractFor functions f : D → Rk where D is a finite set and Rk = {0,1,… k} we define complementary ...
AbstractGraphs self-complementary in Kn—e exist for those values of n where self-complementary graph...
AbstractKnown necessary conditions for realization of a sequence of integers as the degrees of a sel...
We find all polyhedral graphs such that their complements are still polyhedral. These turn out to be...
AbstractA formula for the number am(2n) of self-complementary m-placed relations is given. Then we o...
A graph is self-complementary if it is isomorphic to its complement. A graph is vert...
AbstractDe Bruijn [I] applied his genoralization of PÓlya's fundamental theorem to provide an outlin...
AbstractFor functions f : D → Rk where D is a finite set and Rk = {0,1,… k} we define complementary ...
AbstractIn this paper a new algorithm is given for the construction of self-complementary graphs, an...
We prove that, with very few exceptions, every graph of order n, n - 0, 1(mod 4) and size at most n ...
A self-complementary graph G of odd order has a unique decomposition into edge disjoint subgraphs, o...
AbstractGiven a graph H with 2p vertices, the necessary and sufficient condition for the existence o...
AbstractA new method of studying self-complementary graphs, called the decomposition method, is prop...
AbstractIt is shown that the number of triangles in a self-complementary graph with N vertices is at...
AbstractIn this paper a new algorithm is given for the construction of self-complementary graphs, an...
AbstractFor functions f : D → Rk where D is a finite set and Rk = {0,1,… k} we define complementary ...
AbstractGraphs self-complementary in Kn—e exist for those values of n where self-complementary graph...
AbstractKnown necessary conditions for realization of a sequence of integers as the degrees of a sel...
We find all polyhedral graphs such that their complements are still polyhedral. These turn out to be...
AbstractA formula for the number am(2n) of self-complementary m-placed relations is given. Then we o...
A graph is self-complementary if it is isomorphic to its complement. A graph is vert...