The integrity of a graph G = (V; E) is dened as I(G) = minfjSj + m(G S) : S V (G)g, where m(G X) denotes the order of the largest component in the graph G X. This is a better parameter to measure the stability of a network G; as it takes into account both the amount of work done to damage the network and how badly the net-work is damaged. In this paper, the maximum networks are obtained with prescribed order and integrity, and a method for constructing this sort of networks is also presented. Fi-nally, we give the trees of minimum integrity with given order and maximum degree
The vulnerability value of a communication network shows the resistance of the network after the dis...
Integrity was invented to be a realistic measure of how difficult it is to break up a graph into sma...
Applications of graph theory abound in the real world, and often in studying graphs that represent r...
Communication networks have been characterized by high levels of service reliability. Links cuts, no...
AbstractA communication network can be considered to be highly vulnerable to disruption if the destr...
Networks have an important role in our daily lives. The effectiveness of the network decreases with ...
The stability of a communication network has a great importance in network design. There are several...
A network begins losing nodes or links, or there may be a loss in its effectiveness. Thus, the commu...
Connectivity has been used in the past to describe the stability of graphs. If two graphs have the s...
A communication network can be considered to be highly vulnerable to disruption if the destruction o...
If a system, such as a communication network is modelled by graph G, the deterministic measures tend...
In a communication network, the vulnerability measures are essential to guide the designer in choosi...
C.A. Barefoot, et. al. [4] introduced the concept of the integrity of a graph. It is an useful measu...
AbstractThe rupture degree of an incomplete connected graph G is defined by r(G)=max{ω(G−X)−|X|−τ(G−...
Vagueness and uncertainty are two distinct models are represented by Fuzzy sets and Soft sets. The c...
The vulnerability value of a communication network shows the resistance of the network after the dis...
Integrity was invented to be a realistic measure of how difficult it is to break up a graph into sma...
Applications of graph theory abound in the real world, and often in studying graphs that represent r...
Communication networks have been characterized by high levels of service reliability. Links cuts, no...
AbstractA communication network can be considered to be highly vulnerable to disruption if the destr...
Networks have an important role in our daily lives. The effectiveness of the network decreases with ...
The stability of a communication network has a great importance in network design. There are several...
A network begins losing nodes or links, or there may be a loss in its effectiveness. Thus, the commu...
Connectivity has been used in the past to describe the stability of graphs. If two graphs have the s...
A communication network can be considered to be highly vulnerable to disruption if the destruction o...
If a system, such as a communication network is modelled by graph G, the deterministic measures tend...
In a communication network, the vulnerability measures are essential to guide the designer in choosi...
C.A. Barefoot, et. al. [4] introduced the concept of the integrity of a graph. It is an useful measu...
AbstractThe rupture degree of an incomplete connected graph G is defined by r(G)=max{ω(G−X)−|X|−τ(G−...
Vagueness and uncertainty are two distinct models are represented by Fuzzy sets and Soft sets. The c...
The vulnerability value of a communication network shows the resistance of the network after the dis...
Integrity was invented to be a realistic measure of how difficult it is to break up a graph into sma...
Applications of graph theory abound in the real world, and often in studying graphs that represent r...