TITLE:
A Nonlinear Autoregressive Scheme for Time Series Prediction via Artificial Neural Networks
AUTHORS:
Rohit Raturi, Hayk Sargsyan
KEYWORDS:
Nonlinear Autoregression, Time Series, Prediction, Data Analysis, Deep Learning, Scaled Conjugate Gradient Method, Bayesian Regularization Method
JOURNAL NAME:
Journal of Computer and Communications,
Vol.6 No.9,
September
7,
2018
ABSTRACT: This article is devoted to a time series prediction scheme involving the nonlinear autoregressive algorithm and its applications. The scheme is implemented by means of an artificial neural network containing a hidden layer. As a training algorithm we use scaled conjugate gradient (SCG) method and the Bayesian regularization (BReg) method. The first method is applied to time series without noise, while the second one can also be applied for noisy datasets. We apply the suggested scheme for prediction of time series arising in oil and gas pricing using 50 and 100 past values. Results of numerical simulations are presented and discussed.