A robust version of the Akaike Information Criterion (AIC) [5] is defined to the aim of selecting the order of an ARMA model. It is an extended version of the classical criterion based on weighted likelihood methodology [12]. To achieve robustness a weight is associated to each component of the conditional log–likelihood [3]. This criterion is asymptotically equivalent to the classical one when no outliers are present; its robustness are studied in presence of additive and innovative outliers [7] with symmetric and asymmetric contamination by Monte Carlo simulations
This article considers the problem of order selection of the vector autoregressive moving-average mo...
Robust model selection procedures are introduced as a robust modification of the Akaike information ...
This article considers the problem of order selection of the vector autoregressive moving-average mo...
A robust version of the Akaike Information Criterion (AIC) [5] is defined to the aim of selecting th...
A robust version of the Akaike Information Criterion (AIC) [5] is defined to the aim of selecting th...
A robust version of the Akaike Information Criterion (AIC) [5] is defined to the aim of selecting th...
A robust version of the Akaike Information Criterion (AIC) [5] is defined to the aim of selecting th...
Variable selection in the presence of outliers may be performed by using a robust version of Akaike'...
Variable selection in the presence of outliers may be performed by using a robust version of Akaike'...
This study is undertaken with the objective of investigating the performance of Akaike’s Information...
This study is undertaken with the objective of investigating the performance of Akaike’s Information...
This study is undertaken with the objective of investigating the performance of Akaike’s Information...
The Akaike information criterion, AIC, is widely used for model selection. Using the AIC as the esti...
A bias-corrected Akaike information criterion AICC is derived for self-exciting threshold autoregres...
Variable selection in the presence of outliers may be performed by using a robust version of Akaike'...
This article considers the problem of order selection of the vector autoregressive moving-average mo...
Robust model selection procedures are introduced as a robust modification of the Akaike information ...
This article considers the problem of order selection of the vector autoregressive moving-average mo...
A robust version of the Akaike Information Criterion (AIC) [5] is defined to the aim of selecting th...
A robust version of the Akaike Information Criterion (AIC) [5] is defined to the aim of selecting th...
A robust version of the Akaike Information Criterion (AIC) [5] is defined to the aim of selecting th...
A robust version of the Akaike Information Criterion (AIC) [5] is defined to the aim of selecting th...
Variable selection in the presence of outliers may be performed by using a robust version of Akaike'...
Variable selection in the presence of outliers may be performed by using a robust version of Akaike'...
This study is undertaken with the objective of investigating the performance of Akaike’s Information...
This study is undertaken with the objective of investigating the performance of Akaike’s Information...
This study is undertaken with the objective of investigating the performance of Akaike’s Information...
The Akaike information criterion, AIC, is widely used for model selection. Using the AIC as the esti...
A bias-corrected Akaike information criterion AICC is derived for self-exciting threshold autoregres...
Variable selection in the presence of outliers may be performed by using a robust version of Akaike'...
This article considers the problem of order selection of the vector autoregressive moving-average mo...
Robust model selection procedures are introduced as a robust modification of the Akaike information ...
This article considers the problem of order selection of the vector autoregressive moving-average mo...