This study was conducted to investigate the applicability of measuring internet traffic as an input of short-term electricity demand forecasts. We believe our study makes a significant contribution to the literature, especially in short-term load prediction techniques, as we found that Internet traffic can be a useful variable in certain models and can increase prediction accuracy when compared to models in which it is not a variable. In addition, we found that the prediction error could be further reduced by applying a new multivariate model called VARX, which added exogenous variables to the univariate model called VAR. The VAR model showed excellent forecasting performance in the univariate model, rather than using the artificial neural ...
Electricity is one of the most important resources and fundamental infrastructure for every nation. ...
The prediction of the electric demand has become as one of the main investigation fields in the elec...
Rainer Göb, Kristina Lurz and Antonio Pievatolo (hereinafter GLP) address a very important issue in ...
In this paper a short review of two forecasting models Autoregressive and Artificial neural network ...
Electricity load demand is the fundamental building block for all utilities planning. In recent year...
The ongoing rapid growth of electricity over the past few decades greatly promotes the necessity of ...
Internet traffic modelling and forecasting approaches have been studied and developed for more than ...
Electric load forecasting (ELF) is a vital process in the planning of the electricity industry and p...
In this chapter, we consider three different real-world datasets, which contain real-valued time ser...
In this work we propose a new hybrid model, a combination of the manifold learning Principal Compone...
Electric Load Forecasting (ELF) is one of the challenges being faced by the Power System industry. W...
In this paper we present a simple yet accurate model to forecast electricity load with Artificial Ne...
Abstract: This article presents three methods to forecast accurately the amount of traffic in TCP=IP...
D.Phil. (Electrical and Electronic Engineering)Load forecasting is a necessary and an important task...
Abstract Weather forecasting is crucial to both the demand and supply sides of electricity systems. ...
Electricity is one of the most important resources and fundamental infrastructure for every nation. ...
The prediction of the electric demand has become as one of the main investigation fields in the elec...
Rainer Göb, Kristina Lurz and Antonio Pievatolo (hereinafter GLP) address a very important issue in ...
In this paper a short review of two forecasting models Autoregressive and Artificial neural network ...
Electricity load demand is the fundamental building block for all utilities planning. In recent year...
The ongoing rapid growth of electricity over the past few decades greatly promotes the necessity of ...
Internet traffic modelling and forecasting approaches have been studied and developed for more than ...
Electric load forecasting (ELF) is a vital process in the planning of the electricity industry and p...
In this chapter, we consider three different real-world datasets, which contain real-valued time ser...
In this work we propose a new hybrid model, a combination of the manifold learning Principal Compone...
Electric Load Forecasting (ELF) is one of the challenges being faced by the Power System industry. W...
In this paper we present a simple yet accurate model to forecast electricity load with Artificial Ne...
Abstract: This article presents three methods to forecast accurately the amount of traffic in TCP=IP...
D.Phil. (Electrical and Electronic Engineering)Load forecasting is a necessary and an important task...
Abstract Weather forecasting is crucial to both the demand and supply sides of electricity systems. ...
Electricity is one of the most important resources and fundamental infrastructure for every nation. ...
The prediction of the electric demand has become as one of the main investigation fields in the elec...
Rainer Göb, Kristina Lurz and Antonio Pievatolo (hereinafter GLP) address a very important issue in ...