Perbandingan Algoritma K-Means Dan K-Medoids Pada Pengelompokan Humidity, Temperature, Dan Voltage Di Data Center Perawang

Nanda Try Luchia, M. Mustakim
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Abstract

A data center is a facility managed by a company for data storage (database) and telecommunications from all computer system components and needs. Monitoring the level of humidity, temperature, and voltage is needed to support the performance of the data center and can be done with AKCP. Because of that, it is necessary to group Humidity, Temperature and Voltage of Perawang DC to optimize the monitoring process. Various methods are used to make it easier for companies to determine the best grouping of performance data found in the data center. In this research, data was obtained from Systemlog AKCP PT. Arara Abadi, Perawang from January 21, 2022 – March 19, 2022. This research is expected to make it easier for companies to determine which algorithm is the right one for grouping air humidity, temperature and voltage levels in the Perawang data center by comparing two algorithms namely K-Means and K-Medoids. Based on the research results, K-Means is better in grouping the Humidity, Temperature and Voltage data of Perawang DC in PT. Arara Abadi, Perawang because it has accurate cluster accuracy compared to K-Medoids with a DBI value of 0.306 in the K=2 experiment and the process time is only 1 minute 22 seconds.
数据中心是由公司管理的一种设施,用于从所有计算机系统组件和需求中进行数据存储(数据库)和通信。监控湿度、温度和电压水平是支持数据中心性能所必需的,可以使用AKCP完成。因此,有必要对Perawang直流的湿度、温度和电压进行分组,以优化监测过程。使用各种方法可以使公司更容易地确定数据中心中性能数据的最佳分组。在这项研究中,数据来自Perawang的Systemlog AKCP PT. Arara Abadi,时间为2022年1月21日至2022年3月19日。通过比较K-Means和K-Medoids两种算法,预计该研究将使企业更容易确定在Perawang数据中心对空气湿度、温度和电压水平进行分组的算法。从研究结果来看,K- means对Perawang PT. Arara Abadi, Perawang DC的湿度、温度和电压数据进行分组的效果更好,因为K=2实验的DBI值为0.306的K- medoids具有更准确的聚类精度,处理时间仅为1分22秒。
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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