activity
20182021
collaborators

7 papers

stat.ME2021

Parsimonious Hidden Markov Models for Matrix-Variate Longitudinal Data

Salvatore D. Tomarchio, Antonio Punzo, Antonello Maruotti

Hidden Markov models (HMMs) have been extensively used in the univariate and multivariate literature. However, there has been an increased interest in the analysis of matrix-variat…

stat.AP2021

Spatial modelling of COVID-19 incident cases using Richards' curve: an application to the Italian regions

Marco Mingione, Pierfrancesco Alaimo Di Loro, Alessio Farcomeni +4

We introduce an extended generalised logistic growth model for discrete outcomes, in which a network structure can be specified to deal with spatial dependence and time dependence…

stat.AP2020

Nowcasting COVID-19 incidence indicators during the Italian first outbreak

Pierfrancesco Alaimo Di Loro, Fabio Divino, Alessio Farcomeni +4

A novel parametric regression model is proposed to fit incidence data typically collected during epidemics. The proposal is motivated by real-time monitoring and short-term forecas…

stat.ME2020

A two-part finite mixture quantile regression model for semi-continuous longitudinal data

Antonello Maruotti, Luca Merlo, Lea Petrella

This paper develops a two-part finite mixture quantile regression model for semi-continuous longitudinal data. The proposed methodology allows heterogeneity sources that influence…

stat.ME2020

An ensemble approach to short-term forecast of COVID-19 intensive care occupancy in Italian Regions

Alessio Farcomeni, Antonello Maruotti, Fabio Divino +2

The availability of intensive care beds during the Covid-19 epidemic is crucial to guarantee the best possible treatment to severely affected patients. In this work we show a simpl…

stat.AP2020

A copula-based multivariate hidden Markov model for modelling momentum in football

Marius Ötting, Roland Langrock, Antonello Maruotti

We investigate the potential occurrence of change points - commonly referred to as "momentum shifts" - in the dynamics of football matches. For that purpose, we model minute-by-min…