AbstractWe continue our investigation of graphs G for which the least eigenvalue λ(G) is minimal among the connected graphs of prescribed order and size. We provide structural details of the bipartite graphs that arise, and study the behaviour of λ(G) as the size increases while the order remains constant. The non-bipartite graphs that arise were investigated in a previous paper [F.K. Bell, D. Cvetković, P. Rowlinson, S.K. Simić, Graphs for which the least eigenvalue is minimal, I, Linear Algebra Appl. (2008), doi: 10.1016/j.laa.2008.02.032]; here we distinguish the cases of bipartite and non-bipartite graphs in terms of size
The problem of identifying those simple, undirected graphs with n vertices and k edges that have the...
The problem of identifying those simple, undirected graphs with n vertices and k edges that have the...
AbstractIn this paper, all connected bipartite graphs are characterized whose third largest Laplacia...
We continue our investigation of graphs G for which the least eigenvalue ?(G) is minimal among the c...
We continue our investigation of graphs G for which the least eigenvalue ?(G) is minimal among the c...
AbstractWe continue our investigation of graphs G for which the least eigenvalue λ(G) is minimal amo...
AbstractLet G be a connected graph whose least eigenvalue λ(G) is minimal among the connected graphs...
AbstractLet G be a connected graph whose least eigenvalue λ(G) is minimal among the connected graphs...
Let G be a connected graph whose least eigenvalue λ(G) is minimal among the connected graphs ...
AbstractIn this paper all connected bipartite graphs whose second largest eigenvalue does not exceed...
AbstractThe problem of identifying those simple, undirected graphs with n vertices and k edges that ...
AbstractIn this paper, we identify within connected graphs of order n and size n+k (with 0⩽k⩽4 and n...
AbstractLet G be a simple graph, and let λb(G) the least eigenvalue of the signless Laplacian of the...
AbstractLet G be a simple graph and A(G) be the adjacency matrix of G. The eigenvalues of G are thos...
AbstractIn this paper, we identify within connected graphs of order n and size n+k (with 0⩽k⩽4 and n...
The problem of identifying those simple, undirected graphs with n vertices and k edges that have the...
The problem of identifying those simple, undirected graphs with n vertices and k edges that have the...
AbstractIn this paper, all connected bipartite graphs are characterized whose third largest Laplacia...
We continue our investigation of graphs G for which the least eigenvalue ?(G) is minimal among the c...
We continue our investigation of graphs G for which the least eigenvalue ?(G) is minimal among the c...
AbstractWe continue our investigation of graphs G for which the least eigenvalue λ(G) is minimal amo...
AbstractLet G be a connected graph whose least eigenvalue λ(G) is minimal among the connected graphs...
AbstractLet G be a connected graph whose least eigenvalue λ(G) is minimal among the connected graphs...
Let G be a connected graph whose least eigenvalue λ(G) is minimal among the connected graphs ...
AbstractIn this paper all connected bipartite graphs whose second largest eigenvalue does not exceed...
AbstractThe problem of identifying those simple, undirected graphs with n vertices and k edges that ...
AbstractIn this paper, we identify within connected graphs of order n and size n+k (with 0⩽k⩽4 and n...
AbstractLet G be a simple graph, and let λb(G) the least eigenvalue of the signless Laplacian of the...
AbstractLet G be a simple graph and A(G) be the adjacency matrix of G. The eigenvalues of G are thos...
AbstractIn this paper, we identify within connected graphs of order n and size n+k (with 0⩽k⩽4 and n...
The problem of identifying those simple, undirected graphs with n vertices and k edges that have the...
The problem of identifying those simple, undirected graphs with n vertices and k edges that have the...
AbstractIn this paper, all connected bipartite graphs are characterized whose third largest Laplacia...