The purpose of this study is to contrast the forecasting performance of two non-linear models, a regime-switching vector autoregressive model (RS-VAR) and a recurrent neu-ral network (RNN), to that of a linear benchmark VAR model. Our specific forecasting experiment is UK inflation and we utilize monthly data from 1969-2003. The RS-VAR and the RNN perform approximately on par over both monthly and annual forecast hori-zons. Both non-linear models perform significantly better than the VAR model. Keywords: Inflation forecasting, regime-switching vector autoregressive model, recurrent neural network
Time series, such as demand trends, stock prices, and sensor data, is an essential data type in our ...
In this study the prediction capabilities of Artificial Neural Networks and typical econometric meth...
International audienceNonlinear autoregressive moving average with exogenous inputs (NARMAX) models ...
The purpose of this study is to contrast the forecasting performance of two non-linear models, a reg...
The purpose of this study is to contrast the forecasting performance of two non-linear models, a reg...
This paper compares the out-of-sample inflation forecasting performance of two non-linear models; a ...
This paper compares the out-of-sample inflation forecasting performance of two non-linear models; a ...
Linear models reach their limitations in applications with nonlinearities in the data. In this paper...
Linear models reach their limitations in applications with nonlinearities in the data. In this paper...
In this paper we examine the forecast accuracy of linear autoregressive, smooth transition autoregre...
This study shows that neural networks have been advocated as an alternative to traditional statistic...
Forecasting macroeconomic and financial data are always difficult task to the researchers. Various s...
In this paper, the exchange rate forecasting performance of neural network models are evaluated agai...
This paper investigates whether a specific type of a recurrent neural network, in particular Jordan ...
In the last few decades, a broad strand of literature in finance has implemented artificial neural n...
Time series, such as demand trends, stock prices, and sensor data, is an essential data type in our ...
In this study the prediction capabilities of Artificial Neural Networks and typical econometric meth...
International audienceNonlinear autoregressive moving average with exogenous inputs (NARMAX) models ...
The purpose of this study is to contrast the forecasting performance of two non-linear models, a reg...
The purpose of this study is to contrast the forecasting performance of two non-linear models, a reg...
This paper compares the out-of-sample inflation forecasting performance of two non-linear models; a ...
This paper compares the out-of-sample inflation forecasting performance of two non-linear models; a ...
Linear models reach their limitations in applications with nonlinearities in the data. In this paper...
Linear models reach their limitations in applications with nonlinearities in the data. In this paper...
In this paper we examine the forecast accuracy of linear autoregressive, smooth transition autoregre...
This study shows that neural networks have been advocated as an alternative to traditional statistic...
Forecasting macroeconomic and financial data are always difficult task to the researchers. Various s...
In this paper, the exchange rate forecasting performance of neural network models are evaluated agai...
This paper investigates whether a specific type of a recurrent neural network, in particular Jordan ...
In the last few decades, a broad strand of literature in finance has implemented artificial neural n...
Time series, such as demand trends, stock prices, and sensor data, is an essential data type in our ...
In this study the prediction capabilities of Artificial Neural Networks and typical econometric meth...
International audienceNonlinear autoregressive moving average with exogenous inputs (NARMAX) models ...