香蕉树的分解为n

Alfi Istijap Aji Sailendra, Evawati Alisah, Achmad Nasichuddin
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引用次数: 0

摘要

图G的分解是G的子图〖{E_i}〗_(i=1)^n的集合,使得E_i的H_i [E_i]是E(G)的一个子集,〖{E_i}〗_(i=1)^n是E(G)的一个分区。研究的目的是确定当m≥1和n≥2时,香蕉树图B_(m,n)的分解。本研究采用的研究方法是图书馆研究。确定香蕉树图B_(m,n)分解的步骤如下:(a)绘制香蕉树图B_(m,n)并标记每条边和顶点,(b)确定香蕉树图B_(m,n)的边划分,(c)由香蕉树图B_(m,n)的划分诱导出的子图,(d)确定香蕉树图B_(m,n)的分解,(e)给出香蕉树图B_(m,n)分解的一个猜想,(f)构造香蕉树图B_(m,n)分解定理的定理及其证明。研究结果为m≥1,n≥2,因为香蕉树图B_(m,n)是用完全图〖mK〗_2分解来分解的。
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DEKOMPOSISI GRAF POHON PISANG Bm,n
A decomposition of graph G is collection of subgraphs 〖{H_i}〗_(i=1)^n from G such that H_i [E_i] for E_i is a subset of E(G) and 〖{E_i}〗_(i=1)^n is a partition of E(G). The purpose of the research was to determine the decomposition of the banana tree graph B_(m,n), for m≥1 and n≥2. The research method used in this research is library research. The steps used to determine the decomposition of the banana tree graph B_(m,n) are as follow: (a) Draw a banana tree graph B_(m,n) and label each edge and vertex, (b) Determine the partition on the edges of the banana tree graph B_(m,n), (c) Induced subgraph of from partitions of the banana tree graph B_(m,n), (d) Determine the decomposition of the banana tree graph B_(m,n), (e) Tabulate a conjecture on the decomposition of the banana tree graph B_(m,n), (f) Construct theorem of the decomposition theorem of of the banana tree graph B_(m,n) and its proof. The result of the reasearch is with m≥1 and n≥2, because banana tree graph B_(m,n) is decomposed by the complete graph 〖mK〗_2-decomposition.
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