AbstractThe graph bandwidth problem is a well-known NP-complete problem. The relation between size of a graph and bandwidth is very interesting. The minimum size required in G with bandwidth B is denoted as m(n,B) while the graph G of order n and bandwidth B with size m(n,B) is called an extremal graph. This paper provides the minimum size for a graph of odd order n, n≥9, and bandwidth (n+1)/2, and shows that K2,n−2 is the only extremal graph of m(n,(n+1)/2)
AbstractThe girth of graph G is the length of the shortest cycle in G; if G has no cycle, we define ...
The bandwidth of a graph is the minimum, over vertex labelings with distinct integers, of the maximu...
AbstractThe bandwidth of a graph G is the minimum of the maximum difference between adjacent labels ...
AbstractThe graph bandwidth problem is a well-known NP-complete problem. The relation between size o...
This paper discusses the problem of finding the maximum number of edges E(m,n,B) in a bipartite grap...
This paper discusses the problem of finding the maximum number of edges E(m,n,B) in a bipartite grap...
By extremal number ex(n;t ) = ex(n;{C₃, C₄, ..., Ct}) we denote the maximum size (that is, number of...
The bandwidth problem deals with finding a labeling of a graph G using non-negative integers such th...
Finding a linear layout of a graph having minimum bandwidth is a combinatorial optimization problem ...
Research Doctorate - Doctor of Philosophy (PhD)The question of Turán on the maximum number of edges ...
This thesis presents a partial solution to the broad problem on bandwidths. The bandwidth problem f...
Research Doctorate - Doctor of Philosophy (PhD)Interconnection networks form an important research a...
The bandwidth problem is the problem of numbering the vertices of a given graph G such that the max...
AbstractFor integers n≥4 and ν≥n+1, let ex(ν;{C3,…,Cn}) denote the maximum number of edges in a grap...
. The bandwidth of a graph G is the minimum of the maximum difference between adjacent labels when t...
AbstractThe girth of graph G is the length of the shortest cycle in G; if G has no cycle, we define ...
The bandwidth of a graph is the minimum, over vertex labelings with distinct integers, of the maximu...
AbstractThe bandwidth of a graph G is the minimum of the maximum difference between adjacent labels ...
AbstractThe graph bandwidth problem is a well-known NP-complete problem. The relation between size o...
This paper discusses the problem of finding the maximum number of edges E(m,n,B) in a bipartite grap...
This paper discusses the problem of finding the maximum number of edges E(m,n,B) in a bipartite grap...
By extremal number ex(n;t ) = ex(n;{C₃, C₄, ..., Ct}) we denote the maximum size (that is, number of...
The bandwidth problem deals with finding a labeling of a graph G using non-negative integers such th...
Finding a linear layout of a graph having minimum bandwidth is a combinatorial optimization problem ...
Research Doctorate - Doctor of Philosophy (PhD)The question of Turán on the maximum number of edges ...
This thesis presents a partial solution to the broad problem on bandwidths. The bandwidth problem f...
Research Doctorate - Doctor of Philosophy (PhD)Interconnection networks form an important research a...
The bandwidth problem is the problem of numbering the vertices of a given graph G such that the max...
AbstractFor integers n≥4 and ν≥n+1, let ex(ν;{C3,…,Cn}) denote the maximum number of edges in a grap...
. The bandwidth of a graph G is the minimum of the maximum difference between adjacent labels when t...
AbstractThe girth of graph G is the length of the shortest cycle in G; if G has no cycle, we define ...
The bandwidth of a graph is the minimum, over vertex labelings with distinct integers, of the maximu...
AbstractThe bandwidth of a graph G is the minimum of the maximum difference between adjacent labels ...