The object of the present study is to develop a new forecasting model for the atmospheric temperature of the continental United States. We shall analyze the pattern of the temperature time series, and illustrate the usefulness of the duplicated mean of the signal. In removing the duplicated mean time series from the original temperature recording series simplifies the forecasting process. The accuracy of this proposed methodology will be demonstrated in comparison with the classical multiplicative Autoregressive Integrated Moving Average, ARIMA model that is often used
This study discusses the application of ARIMA models in weather forecasting. A seasonal ARIMA model ...
We analyse climatic time series with state space models in order to compute the forecast distributio...
Global temperature variations between 1861 and 1984 are forecast using regularization network, multi...
The object of the present study is to introduce three analytical time series models for the purpose ...
International audienceTime series forecasting has an important role in many real applications in met...
The current study is intended to investigate the applicability of a special class of time series mod...
ARIMA models are often used to model the evolution in time of economic issues. We demonstrate that a...
Two major entities that play a major role in understanding Global Warming is temperature and Carbon ...
International audienceAir temperature is a significant meteorological variable that affects social a...
Atmospheric air temperature is the most crucial metrological parameter. Despite its influence on mul...
Environmental data such as carbon monoxide (CO), precipitation, air temperature, and traffic have re...
Automatic forecasts of large numbers of univariate time series are often needed in business and othe...
A general theory is proposed for the statistical correction of weather forecasts based on observed a...
This work studies seasonal time series models with application to lake level and weather data. The t...
Many parameters that measure climatic variability have nonstationary statistics, that is, they depen...
This study discusses the application of ARIMA models in weather forecasting. A seasonal ARIMA model ...
We analyse climatic time series with state space models in order to compute the forecast distributio...
Global temperature variations between 1861 and 1984 are forecast using regularization network, multi...
The object of the present study is to introduce three analytical time series models for the purpose ...
International audienceTime series forecasting has an important role in many real applications in met...
The current study is intended to investigate the applicability of a special class of time series mod...
ARIMA models are often used to model the evolution in time of economic issues. We demonstrate that a...
Two major entities that play a major role in understanding Global Warming is temperature and Carbon ...
International audienceAir temperature is a significant meteorological variable that affects social a...
Atmospheric air temperature is the most crucial metrological parameter. Despite its influence on mul...
Environmental data such as carbon monoxide (CO), precipitation, air temperature, and traffic have re...
Automatic forecasts of large numbers of univariate time series are often needed in business and othe...
A general theory is proposed for the statistical correction of weather forecasts based on observed a...
This work studies seasonal time series models with application to lake level and weather data. The t...
Many parameters that measure climatic variability have nonstationary statistics, that is, they depen...
This study discusses the application of ARIMA models in weather forecasting. A seasonal ARIMA model ...
We analyse climatic time series with state space models in order to compute the forecast distributio...
Global temperature variations between 1861 and 1984 are forecast using regularization network, multi...