An Online Power System Dynamics Prediction Based on Deep Neural Network

Bin Zhang, Jian Han, Yanlin Ren, Huimin Wen, Ziye Song, Qirui Gan, Ran Wei, Xin Dang, Bin Zhou
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Abstract

Building Power analysis has drawn more and more attention in recent years. In this paper, we present a system for online power prediction for the public building. It is based on a 4-layers Deep Neural Network that use architectural metrics of the physical machines collected dynamically by our system to predict the physical machine power consumption. A real implementation of our system shows that the prediction accuracy could reach 76.50%.
基于深度神经网络的电力系统动态在线预测
近年来,建筑动力分析越来越受到人们的关注。本文提出了一种公共建筑电力在线预测系统。它基于一个4层深度神经网络,使用我们的系统动态收集的物理机器的架构指标来预测物理机器的功耗。系统的实际应用表明,预测精度可达76.50%。
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