Let k, p, q be positive integers with k < p < q+1. We prove that the maximum spectral radius of a simple bipartite graph obtained from the complete bipartite graph Kp,q of bipartition orders p and q by deleting k edges is attained when the deleting edges are all incident on a common vertex which is located in the partite set of order q. Our method is based on new sharp upper bounds on the spectral radius of bipartite graphs in terms of their degree sequences
Let G be a simple graph with n vertices and m edges and Gc be its complement. Let δ(G) = δ and �(G)...
We study the spectral radius of graphs with n vertices and k cut edges. In this paper, we show that ...
AbstractVizing established an upper bound on the size of a graph of given order and radius. We find ...
AbstractLet GB(n,d) be the set of bipartite graphs with order n and diameter d. This paper character...
AbstractIn this paper, we determine the unique graph with minimum distance spectral radius among all...
AbstractIn this paper, we study the largest Laplacian spectral radius of the bipartite graphs with n...
Abstract. In this paper, we first present the properties of the graph which maximize the spectral ra...
In this paper we study three families of graphs, one is the graphs of order <i>n</i> with connectivi...
AbstractThe Laplacian spectral radius of a graph is the largest eigenvalue of the associated Laplaci...
AbstractLet G be a simple connected graph with n vertices, m edges and degree sequence: d1⩾d2⩾⋯⩾dn. ...
AbstractWe study the spectral radius of graphs with n vertices and k cut vertices and describe the g...
AbstractThe Laplacian spectral radius of a graph is the largest eigenvalue of the associated Laplaci...
AbstractWe study the spectral radius of graphs with n vertices and k cut edges. In this paper, we sh...
Let G be a simple connected graph with n vertices, m edges and degree sequence: d1 ≥ d2 · · · ≥ d...
AbstractLet G be a simple connected graph with n vertices and m edges. Let δ(G)=δ be the minimum deg...
Let G be a simple graph with n vertices and m edges and Gc be its complement. Let δ(G) = δ and �(G)...
We study the spectral radius of graphs with n vertices and k cut edges. In this paper, we show that ...
AbstractVizing established an upper bound on the size of a graph of given order and radius. We find ...
AbstractLet GB(n,d) be the set of bipartite graphs with order n and diameter d. This paper character...
AbstractIn this paper, we determine the unique graph with minimum distance spectral radius among all...
AbstractIn this paper, we study the largest Laplacian spectral radius of the bipartite graphs with n...
Abstract. In this paper, we first present the properties of the graph which maximize the spectral ra...
In this paper we study three families of graphs, one is the graphs of order <i>n</i> with connectivi...
AbstractThe Laplacian spectral radius of a graph is the largest eigenvalue of the associated Laplaci...
AbstractLet G be a simple connected graph with n vertices, m edges and degree sequence: d1⩾d2⩾⋯⩾dn. ...
AbstractWe study the spectral radius of graphs with n vertices and k cut vertices and describe the g...
AbstractThe Laplacian spectral radius of a graph is the largest eigenvalue of the associated Laplaci...
AbstractWe study the spectral radius of graphs with n vertices and k cut edges. In this paper, we sh...
Let G be a simple connected graph with n vertices, m edges and degree sequence: d1 ≥ d2 · · · ≥ d...
AbstractLet G be a simple connected graph with n vertices and m edges. Let δ(G)=δ be the minimum deg...
Let G be a simple graph with n vertices and m edges and Gc be its complement. Let δ(G) = δ and �(G)...
We study the spectral radius of graphs with n vertices and k cut edges. In this paper, we show that ...
AbstractVizing established an upper bound on the size of a graph of given order and radius. We find ...