Time Series Prediction of Wastewater Flow Rate by Bidirectional LSTM Deep Learning

  • Kang, Hoon; 
  • Yang, Seunghyeok; 
  • Huang, Jianying; 
  • Oh, Jeill
Citations

WEB OF SCIENCE

72
Citations

SCOPUS

84

초록

This paper not only addresses a feasible strategy in predicting time series or sequences by using deep neural nets such as bi-LSTM (bidirectional Long Short-Term Memory), but also demonstrates fairly good results of forecasting wastewater flow rate for a municipal wastewater treatment plant in a practical sense. The basic procedures of time series prediction by deep learning are to collect the past information of all available states for deep learning and to utilize p-step ahead delays of a no-training interval with a sliding time window. Therefore, the sequence-to-point p-step prediction of sewage flow of Yangju wastewater treatment plant could be made possible by using bi-LSTM in accordance with this fundamental principle.

키워드

Artificial intelligence; bidirectional LSTM; deep learning; neural net; prediction; rainfall; time series; wastewater treatment plant; water flow rate; PHONEME CLASSIFICATION; NETWORKS; INFLOW
제목
Time Series Prediction of Wastewater Flow Rate by Bidirectional LSTM Deep Learning
저자
Kang, Hoon; Yang, Seunghyeok; Huang, Jianying; Oh, Jeill
DOI
10.1007/s12555-019-0984-6
발행일
2020-12
유형
Article
저널명
International Journal of Control, Automation, and Systems
권
18
호
12
페이지
3023 ~ 3030