AN INTRO TO $\delta_d$-FUZZY GRAPHS

J. Jeromi Jovita, O. Uma Maheswari, N. Meenal
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Abstract

Graph is a easy way to represent the real life situation. Graph is a combination of Points and Lines. In network analysis, the degree of a point plays a prominent role in Graph Theory. The degree of a point is the number of connections it has with the other points in the point set. Among the degrees of all the points in graph $G^*$, the minimum value is denoted by $\delta(G^*)$. In this article, a new abstraction of fuzzy graph is initiated by combining the parameters, degree of a point and minimum degree of the graph and termed it is as $\delta_d$-fuzzy graphs. Order and Size on $\delta_d$-fuzzy graphs were studied and Handshaking Lemma were explained with illustration. Idea on $\delta_d$-regular fuzzy graph were interpreted using the theorems. Also operations on graphs such as union, intersection, complement, cartesian product, Tensor Product, Corona are extended for $\delta_d$-fuzzy graphs.
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关于 $\delta_d$-FUZZY 图形的介绍
图形是表示现实生活情况的一种简单方法。图是点和线的组合。在网络分析中,点的度(degree)在图论中起着重要作用。一个点的度数是它与点集中其他点的连接数。在图 $G^*$ 中所有点的度数中,最小值用 $\delta(G^*)$ 表示。本文通过将参数、点的度数和图的最小度数结合起来,提出了一种新的模糊图抽象,并将其称为 $\delta_d$- 模糊图。研究了 $\delta_d$- 模糊图的阶数和大小,并用图解解释了握手定理。用定理解释了 $\delta_d$-regular 模糊图的概念。此外,还对$\delta_d$-模糊图扩展了图的运算,如联合、相交、互补、笛卡尔积、张量积、日冕。
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