Research on the neural networks and the geodetic number of the graph

Jianxiang Cao, Bin Wu, Minyong Shi
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Abstract

Graph theory is the fundamental basis of the neural networks. This paper reports the investigation work of the relationships between artificial neural networks and graph theory, and presents the analysis of the specific issues relating to the change of the geodetic number due to operations on the graphs. Recent research work on the geodetic number of graphs has been found in the literature. Determining the geodetic number of arbitrary graph can be proved to be NP-hard. However, a fundamental issue in graph theory concerns how a parameter value is affected after small changes executed to the graph. This issue is analyzed in the authors' research by adding or contracting an edge to the graph.
神经网络与图的测地数研究
图论是神经网络的基础。本文报道了人工神经网络与图论之间关系的研究工作,并对图上的操作引起大地测量数变化的具体问题进行了分析。近年来在文献中发现了关于测地图数的研究工作。可以证明任意图的测地线数的确定是np困难的。然而,图论中的一个基本问题是,在对图进行微小的更改后,参数值是如何受到影响的。作者通过在图上增加或收缩一条边来分析这个问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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