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Non-Isolated Resolving Number of Graph with Pendant Edges

机译:垂线图的非孤立分解数

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We consider V, E are respectively vertex and edge sets of a simple, nontrivial and connected graph G. For an ordered set W = {w_1,w_2,w_3,..., w_k} of vertices and a vertex v ∈ G, the ordered r(v∣W) = (d(v, w_1),d(v, w_2), ..., d(v, w_k)) of k-vector is representations of v with respect to W, where d(v, w) is the distance between the vertices v and w. The set W is called a resolving set for G if distinct vertices of G have distinct representations with respect to W. The metric dimension, denoted by dim(G) is min of |W|. Furthermore, the resolving set W of graph G is called non-isolated resolving set if there is no ∀_v∈ W induced by non-isolated vertex. While a non-isolated resolving number, denoted by nr(G), is the minimum cardinality of non-isolated resolving set in graph. In this paper, we study the non isolated resolving number of graph with any pendant edges.
机译:我们认为V,E分别是简单,非平凡和连通图G的顶点和边集。对于有序集合W = {w_1,w_2,w_3,...,w_k}和顶点v∈G, k矢量的有序r(v∣W)=(d(v,w_1),d(v,w_2),...,d(v,w_k))是v关于W的表示,其中d( v,w)是顶点v和w之间的距离。如果G的不同顶点相对于W具有不同的表示形式,则集合W称为G的解析集。用dim(G)表示的度量维是| W |的最小值。此外,如果不存在由非孤立顶点引起的∀_v∈W,则图G的解析集W称为非孤立解析集。非隔离解析数(由nr(G)表示)是图中非隔离解析集的最小基数。在本文中,我们研究了具有任何侧边的图的非孤立解析数。

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