Analysis on influence factors of the reliability of electric power communication networks

S. Xiaoyan, Xu Hangtian
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引用次数: 2

Abstract

With the operation of the electric power network, the influence degree of stress, aging, deformation, bending and other factors on the reliability of the networks is found to have practical significance. The data of network status are large and independent, so we can correlate these independent data by means of subjective. In this paper, we combine the subjective weighting method and the objective weighting method, and invite six selected professionals to evaluate the decimal scoring method, then after dimensionless processing, we get the entropy relation grade of the influencing factors by using the grey relation entropy, finally we obtain the primary and secondary relationship of the influences on the reliability of the network. Results show that in the study of reliability influencing factors of electric power network, the grey relation entropy is a simple, practical and ideal method, and it provides an effective basis for the modeling of the reliability of electric power optical fiber communication networks.
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电力通信网可靠性的影响因素分析
随着电网的运行,发现应力、老化、变形、弯曲等因素对电网可靠性的影响程度具有现实意义。网络状态数据量大且相互独立,因此我们可以用主观的方法将这些独立的数据关联起来。本文将主观加权法与客观加权法相结合,邀请6位选定的专业人士对十进制评分法进行评价,然后经过无因次处理,利用灰色关联熵得到影响因素的熵关联等级,最终得到影响网络可靠性的主次关系。结果表明,在研究电网可靠性影响因素时,灰色关联熵是一种简单、实用、理想的方法,为电力光纤通信网络可靠性建模提供了有效依据。
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