用天真Bayes的方法识别鲍根

Riska Suryanti Putri, Sabar Setiawidayat, Gigih Priyandoko
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引用次数: 0

摘要

电力分配中的一个问题是如何识别电力配电网中扰动的位置。目前已经提出了几种确定扰动位置的方法,包括最近邻法、阻抗法和朴素贝叶斯法,在本研究中,作者提出了naïve贝叶斯方法。naïve贝叶斯方法是一种基于简单概率的分类方法,设计用于假设一个类和另一个类之间不相互依赖(独立)。在naïve贝叶斯分类中,学习过程更侧重于估计概率。从30个样本的实验结果来看,中贝叶斯法与直接追踪法识别布根喂料机扰动位置的平均误差值比较为0.86%,实际距离与程序中的距离平均相差30.9米。采用配对样本统计进行比较分析,差异无统计学意义(0.05)。在采用单因素方差分析的比较分析结果中,在0.01处没有显著差异。本研究的目的是缩小20kv电网电扰动处理的直线区域,以便在20kv电网发生电扰动时,在识别电扰动位置的过程中不需要花费很长时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Identifikasi Lokasi Gangguan Pada Penyulang Baugan ULP Denpasar Dengan Metode Naïve Bayes
One of the problems in the distribution of electrical power is the identification of the location of the disturbance in the distribution network of pt pln. Several methods have been proposed to determine the location of the disturbance including the nearest neighbor method, impedance method and nave bayes method, in this study the author proposes the naïve bayes method. The naïve bayes method is a classification method based on simple probability and is designed to be used with the assumption that between one class and another class are not mutually dependent (independent). In the naïve bayes classification, the learning process is more focused on estimating probabilities. From the results of the experiment using 30 samples, the average error value for comparison of identification using the nave bayes method and the direct tracing method in identifying the location of disturbances in the buagan feeder was 0.86% with an average difference between the actual distance and the distance in the program of 30.9 meters. . The results of the comparative analysis using paired samples statistics showed no significant difference at 0.05. In the results of the comparative analysis using anova one way at 0.01 there is no significant difference. This study serves to narrow the direct line area for handling electrical disturbances on the 20 kv network, so that in the event of an electrical disturbance on the 20 kv network it does not take a long time in the process of identifying the location of the electrical disturbance.
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