AbstractLower bounds on the cardinality of the maximum matchings of graphs are established in terms of a linear polynomial of p, p(1), p(2) and γ whose coefficients are functions of κ, where p is the number of the vertices of a graph, p(i) the number of the vertices of degree i (i = 1,2), γ the genus and κ the connectivity
AbstractIn this note, we study bounds on the maximum cardinality of a b-matching, where a b-matching...
AbstractLet n, b, d be positive integers. We evaluate f(n, b, d), the largest possible number of edg...
AbstractIn this paper, the lower bounds on the maximum genus of a simple graph in terms of its conne...
AbstractLower bounds on the cardinality of the maximum matchings of graphs are established in terms ...
AbstractLower bounds on the cardinality of the maximum matchings of planar graphs, with a constraint...
summary:In this paper we determine the maximum genus of a graph by using the matching number of the ...
summary:In this paper we determine the maximum genus of a graph by using the matching number of the ...
The maximum genus gamma_M(G) of a graph G is the largest genus of an orientable surface into which G...
AbstractThis paper is devoted to the lower bounds on the maximum genus of graphs. A simple statement...
AbstractThe lower bounds on the cardinality of the maximum matchings of regular multigraphs are esta...
AbstractIn this paper, the lower bounds of maximum genera of simplicial graphs under the constraints...
AbstractLet T be a spanning tree of a connected graph G. Denote by ξ(G,T) the number of components i...
summary:In this paper we determine the maximum genus of a graph by using the matching number of the ...
In this BSc thesis we focus on one of the most important topics in combinatorial optimization, known...
AbstractLet G be a connected graph with p points having a perfect matching and suppose n is a positi...
AbstractIn this note, we study bounds on the maximum cardinality of a b-matching, where a b-matching...
AbstractLet n, b, d be positive integers. We evaluate f(n, b, d), the largest possible number of edg...
AbstractIn this paper, the lower bounds on the maximum genus of a simple graph in terms of its conne...
AbstractLower bounds on the cardinality of the maximum matchings of graphs are established in terms ...
AbstractLower bounds on the cardinality of the maximum matchings of planar graphs, with a constraint...
summary:In this paper we determine the maximum genus of a graph by using the matching number of the ...
summary:In this paper we determine the maximum genus of a graph by using the matching number of the ...
The maximum genus gamma_M(G) of a graph G is the largest genus of an orientable surface into which G...
AbstractThis paper is devoted to the lower bounds on the maximum genus of graphs. A simple statement...
AbstractThe lower bounds on the cardinality of the maximum matchings of regular multigraphs are esta...
AbstractIn this paper, the lower bounds of maximum genera of simplicial graphs under the constraints...
AbstractLet T be a spanning tree of a connected graph G. Denote by ξ(G,T) the number of components i...
summary:In this paper we determine the maximum genus of a graph by using the matching number of the ...
In this BSc thesis we focus on one of the most important topics in combinatorial optimization, known...
AbstractLet G be a connected graph with p points having a perfect matching and suppose n is a positi...
AbstractIn this note, we study bounds on the maximum cardinality of a b-matching, where a b-matching...
AbstractLet n, b, d be positive integers. We evaluate f(n, b, d), the largest possible number of edg...
AbstractIn this paper, the lower bounds on the maximum genus of a simple graph in terms of its conne...