Time Series Forecasting methods suitable for prediction of CPU usage

Sriram N Rao, G. Shobha, Srinivas Prabhu, N. Deepamala
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引用次数: 5

Abstract

Time series data refers to data points that follow a chronological sequence or ordering. Modelling and analysis of such data is generally done to extract significant statistics and also to utilize the past historic data in order to predict future points. In this paper, three popular time series forecasting methods, namely Holt Winters, ARIMA and LSTMs, are applied on CPU data and their results are compared. LSTM is found to be more suited for predicting CPU usage followed by ARIMA. LSTM performs better due to the fact that CPU usage is unstable and has fluctuations even though it is seasonal in nature. By performing such an analysis, it is possible to identify patterns which help in predicting the usage of future resources for future demand which in turn enables optimization of resource management.
适合预测CPU使用情况的时间序列预测方法
时间序列数据是指按时间顺序排列的数据点。对这些数据进行建模和分析通常是为了提取重要的统计数据,并利用过去的历史数据来预测未来的点。本文将Holt Winters、ARIMA和lstm三种流行的时间序列预测方法应用于CPU数据,并比较了它们的预测结果。我们发现LSTM更适合预测CPU使用情况,其次是ARIMA。LSTM性能更好,因为CPU使用是不稳定的,即使它是季节性的,也有波动。通过执行这样的分析,可以确定有助于预测未来资源对未来需求的使用情况的模式,从而实现资源管理的优化。
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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