AbstractThe degree distance of a connected graph, introduced by Dobrynin, Kochetova and Gutman, has been studied in mathematical chemistry. In this paper some properties of graphs having minimum degree distance in the class of connected graphs of order n and size m≥n−1 are deduced. It is shown that any such graph G has no induced subgraph isomorphic to P4, contains a vertex z of degree n−1 such that G−z has at most one connected component C such that |C|≥2 and C has properties similar to those of G.For any fixed k such that k=0,1 or k≥3, if m=n+k and n≥k+3 then the extremal graph is unique and it is isomorphic to K1+(K1,k+1∪(n−k−3)K1)
Let $G$ be a connected simple graph. The degree distance of $G$ is defined as $D^{'}(G)=\sum\limit...
Let $G$ be a connected simple graph. The degree distance of $G$ is defined as $D^{'}(G)=\sum\limit...
In a connected graph G, there is a path connecting every two vertices of G; in fact, there may be se...
AbstractThe degree distance of a connected graph, introduced by Dobrynin, Kochetova and Gutman, has ...
AbstractThis paper deals with two conjectures made by Dobrynin and Kochetova on the minimum and maxi...
AbstractIn this note, we study the degree distance of a graph which is a degree analogue of the Wien...
AbstractIn this paper characterizations of connected unicyclic and bicyclic graphs in terms of the d...
AbstractThe concept of degree distance of a connected graph G is a variation of the well-known Wiene...
In this thesis, we deal with bounds on distance measures, namely, degree distance, radius, diameter...
Abstract Given a simple graph G on n vertices, let σ2(G) be the minimum sum of the degrees of any tw...
AbstractDirac and Halin have shown for n = 2 and n = 3 respectively that a minimally n-connected gra...
Let G be a connected graph with vertex set V(G). The degree resistance distance of G is defined as t...
Let $G$ be a connected simple graph. The degree distance of $G$ is defined as $D^{'}(G)=\sum\limit...
Let $G$ be a connected simple graph. The degree distance of $G$ is defined as $D^{'}(G)=\sum\limit...
Let $G$ be a connected simple graph. The degree distance of $G$ is defined as $D^{'}(G)=\sum\limit...
Let $G$ be a connected simple graph. The degree distance of $G$ is defined as $D^{'}(G)=\sum\limit...
Let $G$ be a connected simple graph. The degree distance of $G$ is defined as $D^{'}(G)=\sum\limit...
In a connected graph G, there is a path connecting every two vertices of G; in fact, there may be se...
AbstractThe degree distance of a connected graph, introduced by Dobrynin, Kochetova and Gutman, has ...
AbstractThis paper deals with two conjectures made by Dobrynin and Kochetova on the minimum and maxi...
AbstractIn this note, we study the degree distance of a graph which is a degree analogue of the Wien...
AbstractIn this paper characterizations of connected unicyclic and bicyclic graphs in terms of the d...
AbstractThe concept of degree distance of a connected graph G is a variation of the well-known Wiene...
In this thesis, we deal with bounds on distance measures, namely, degree distance, radius, diameter...
Abstract Given a simple graph G on n vertices, let σ2(G) be the minimum sum of the degrees of any tw...
AbstractDirac and Halin have shown for n = 2 and n = 3 respectively that a minimally n-connected gra...
Let G be a connected graph with vertex set V(G). The degree resistance distance of G is defined as t...
Let $G$ be a connected simple graph. The degree distance of $G$ is defined as $D^{'}(G)=\sum\limit...
Let $G$ be a connected simple graph. The degree distance of $G$ is defined as $D^{'}(G)=\sum\limit...
Let $G$ be a connected simple graph. The degree distance of $G$ is defined as $D^{'}(G)=\sum\limit...
Let $G$ be a connected simple graph. The degree distance of $G$ is defined as $D^{'}(G)=\sum\limit...
Let $G$ be a connected simple graph. The degree distance of $G$ is defined as $D^{'}(G)=\sum\limit...
In a connected graph G, there is a path connecting every two vertices of G; in fact, there may be se...