AbstractIn this paper we use Tutte's f-factor theorem and the method of amalgamations to find necessary and sufficient conditions for the existence of a k-factor in the complete multipartite graph K(p(1), …, p(n)), conditions that are reminiscent of the Erdös-Gallai conditions for the existence of simple graphs with a given degree sequence. We then use this result to investigate the maximum number of edge-disjoint 1-factors in K(p(1), …, p(n)), settling the problem in the case where this number is greater than δ - p(2), where p(1) ⩽ p(2) ⩽…⩽ p(n)
AbstractIn this paper, necessary and sufficient conditions are found for a graph with exactly one am...
This dissertation focuses on the intersection of two classical and fundamental areas in graph theory...
Let n be even, let π = (d1, ... , dn) be a graphic degree sequence, and let π - k = (d1-k, ... , dn...
AbstractIn this paper we use Tutte's f-factor theorem and the method of amalgamations to find necess...
AbstractLet G be a graph with a 1-factor F and of order at least four. Let k be a positive integer. ...
Let G be a connected graph with p ≥ 2 vertices. For k = 1, 2, ..., P-1, the Kth order edge-connectiv...
AbstractIn the first part we examine bipartite graphs with a unique regular factor and present upper...
AbstractLet f(k) be the largest number such that each k-regular bipartite graph with 2n vertices has...
AbstractRecently Alon and Friedland have shown that graphs which are the union of complete regular b...
AbstractWe investigate the maximum number of edges in a graph with a prescribed number of 1-factors....
AbstractClaude Berge has given sufficient conditions under which each edge of a regular multigraph b...
AbstractIt is shown that if H is a connected total graph of order 2n then H has at least 4n − 4 1-fa...
AbstractThe main result presented is that every 2-connected graph with a 1-factor has more than one....
AbstractEvery one-factorization of the complete graph on n vertices contains k one-factors whose uni...
AbstractFor a set {A, B, C, …} of graphs, an {A, B, C, …}-factor of a graph G is defined to be a spa...
AbstractIn this paper, necessary and sufficient conditions are found for a graph with exactly one am...
This dissertation focuses on the intersection of two classical and fundamental areas in graph theory...
Let n be even, let π = (d1, ... , dn) be a graphic degree sequence, and let π - k = (d1-k, ... , dn...
AbstractIn this paper we use Tutte's f-factor theorem and the method of amalgamations to find necess...
AbstractLet G be a graph with a 1-factor F and of order at least four. Let k be a positive integer. ...
Let G be a connected graph with p ≥ 2 vertices. For k = 1, 2, ..., P-1, the Kth order edge-connectiv...
AbstractIn the first part we examine bipartite graphs with a unique regular factor and present upper...
AbstractLet f(k) be the largest number such that each k-regular bipartite graph with 2n vertices has...
AbstractRecently Alon and Friedland have shown that graphs which are the union of complete regular b...
AbstractWe investigate the maximum number of edges in a graph with a prescribed number of 1-factors....
AbstractClaude Berge has given sufficient conditions under which each edge of a regular multigraph b...
AbstractIt is shown that if H is a connected total graph of order 2n then H has at least 4n − 4 1-fa...
AbstractThe main result presented is that every 2-connected graph with a 1-factor has more than one....
AbstractEvery one-factorization of the complete graph on n vertices contains k one-factors whose uni...
AbstractFor a set {A, B, C, …} of graphs, an {A, B, C, …}-factor of a graph G is defined to be a spa...
AbstractIn this paper, necessary and sufficient conditions are found for a graph with exactly one am...
This dissertation focuses on the intersection of two classical and fundamental areas in graph theory...
Let n be even, let π = (d1, ... , dn) be a graphic degree sequence, and let π - k = (d1-k, ... , dn...