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Toplam kayıt 10, listelenen: 1-10
The classes of bipolar single valued neutrosophic graphs
(Işık University Press, 2020)
The bipolar single valued neutrosophic graph is the generalization of fuzzy, intuitionistic, bipolar, bipolar intuitionistic graphs. The concept of antipodal bipolar single valued neutrosophic graph (ABSVNG), eccentric ...
Fuzzy perfect equitable domination excellent trees
(Işık University Press, 2020)
A set D of vertices of a fuzzy graph G is a Perfect Dominating set if every vertex not in D is adjacent to exactly one vertex in D. In this paper, we discuss the concept of equitable excellent fuzzy graph, fuzzy equitable ...
Fuzzy zero divisor graph in a commutative ring
(Işık University Press, 2021)
Let R be a commutative ring and let Γ(Zn) be the zero divisor graph of a commutative ring R, whose vertices are non-zero zero divisors of Zn, and such that the two vertices u, v are adjacent if n divides uv. In this paper, ...
Fuzzy super resolving number and resolving number of some special graphs
(Işık University Press, 2021)
Resolving number of a graph was introduced by Slater in the year 1975, which is used to navigate the position of the robot uniquely in a graph-structured framework. In this paper, we introduce fuzzy super resolving set, ...
Generalized bipolar neutrosophic hypergraphs
(Işık University Press, 2020)
The generalization of the concept of single valued neutrosophic hypergraph (SVNHG) and bipolar single valued neutrosophic hypergraph (BSVNHG) to generalized SVNHG and BSVNHG by considering SVN-Vertices and BSVN-Vertices ...
New concepts on m-polar interval-valued intuitionistic fuzzy graph
(Işık University Press, 2020)
Theoretical concepts of graphs are highly utilized by computer science applications. Especially in research areas of computer science such as data mining, image segmentation, clustering, image capturing and networking. The ...
The hub number of a fuzzy graph
(Işık University Press, 2023-01)
In this paper, we introduced the concepts of hub number in fuzzy graph and is denoted by h(G). The hub number of fuzzy graph G is the minimum fuzzy cardinality among all minimal fuzzy hub sets . We determine the hub number ...
Contraction and domination in fuzzy graphs
(Işık University Press, 2023-01)
Fuzzy sets and logics is a true crowning achievement of the century. Among the variety of exemplary changes in science and technology, the concept of uncertainty played a significant role, which led to the development of ...
F-index for fuzzy graph with application
(Işık University Press, 2023-04)
Different types of topological index of a graph have many applications and many results are available for crisp graphs. But in many practical applications it is seen that many situations cannot be modeled using crisp graphs. ...
Hyper-connectivity index for fuzzy graph with application
(Işık University Press, 2023-07)
Connectivity concept is one of the most important parameters in fuzzy graphs (FGs). The stability of a FG is dependent on the strength of connectedness between each pair of vertices. Depending on “strength of connectedness ...