Duality of Graph and Its Application in Electric Circuit

P. Kumar, A. Saxena, Gopal Kumar Gupta, Kamesh Kumar
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Abstract

Graph theory is broadly used to verify many arithmetical theories and models. This assessment introduces the use of numerous graph concept theories to clear up difficulties in numerous sectors of technology and generations similarly to arithmetic. A number of them fields encompass computer technology, chemistry, biology, virtual image processing, webpage design, scientific technology and overall performance studies. In a mathematical idea take a look at of the graph, a double graph of the Gr is a plane with a vertex of one face of Gr. A twin graph has the rims of every pair of facets in Gr splits from the alternative via the edge, and a self-loop where the equal face appears on each facets of the image(2). Here we explain a scholar task in which we build a calculation answer for an electrical circuit primarily based on graph concept theory. This multidisciplinary technique includes abstract mathematics, linear algebra, circuit physics and computer programming, in order to achieve the automated aim-solving intentions(1).
图的对偶性及其在电路中的应用
图论被广泛地用于验证许多算术理论和模型。这个评估介绍了许多图概念理论的使用,以澄清许多技术部门和世代的困难,类似于算术。其中一些领域包括计算机技术、化学、生物学、虚拟图像处理、网页设计、科学技术和整体性能研究。从数学的角度来看,Gr的双图是一个平面,其顶点是Gr的一个面。双图具有Gr中每一对切面的边缘,这些切面通过边缘从另一个面分裂出来,并且有一个自循环,其中相等的面出现在图像的每个切面上(2)。在这里,我们解释一个学者的任务,我们建立一个计算答案的电路主要基于图概念理论。这种多学科技术包括抽象数学、线性代数、电路物理和计算机编程,以实现自动目标求解的意图(1)。
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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