A large variety of time series observation-driven models for binary and count data are currently used in different contexts. Despite the importance of station- arity and ergodicity to ensure suitable results, for many of these models stationarity is not yet proved. We specify a general class of observation-driven models for dis- crete valued processes, which encompasses the most frequently used models. Then, we show strict stationarity by means of Feller properties and establish easy-to-check stationarity conditions.

Stationarity of a general class of observation driven models for discrete valued processes

Mirko Armillotta
;
Alessandra Luati;Monia Lupparelli
2019

Abstract

A large variety of time series observation-driven models for binary and count data are currently used in different contexts. Despite the importance of station- arity and ergodicity to ensure suitable results, for many of these models stationarity is not yet proved. We specify a general class of observation-driven models for dis- crete valued processes, which encompasses the most frequently used models. Then, we show strict stationarity by means of Feller properties and establish easy-to-check stationarity conditions.
2019
Smart Statistics for Smart Applications
31
38
Mirko Armillotta; Alessandra Luati; Monia Lupparelli
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/733072
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