Multivariable system identification using an output-injection based parameterization. - Rodrigo Alvite Romano; Felipe M. Pait; Claudio Garcia (ICCA, 2011)

Linear multivariable identification using observable state space parameterizations. - Rodrigo Alvite Romano; Felipe M. Pait (CDC, 2013)

Direct filter tuning and optimization in multivariable identification. - Rodrigo Alvite Romano; Felipe M. Pait (CDC, 2014)

Matchable-observable linear models for multivariable identification: Structure selection and experimental results. - Rodrigo Alvite Romano; Felipe M. Pait; Rafael Corsi Ferrão (CDC, 2015)

Recursive identification of multivariable systems using matchable-observable linear models. - Rodrigo Alvite Romano; Felipe M. Pait (CCA, 2016)

State space LPV model identification using LS-SVM: A case-study with dynamic dependence. - Rodrigo Alvite Romano; P. Lopes dos Santos; Felipe M. Pait; T.-P. Azevedo-Perdicoúlis (CCA, 2016)

Machine learning barycenter approach to identifying LPV state-space models. - Rodrigo Alvite Romano; Paulo J. Lopes dos Santos; Felipe M. Pait; Teresa Paula Azevedo Perdicoúlis; José A. Ramos (ACC, 2016)

Obtaining multivariable continuous-time models from sampled data. - Rodrigo Alvite Romano; Felipe M. Pait; Paulo J. Lopes dos Santos (ACC, 2017)

Matchable-Observable Linear Models and Direct Filter Tuning: An Approach to Multivariable Identification. - Rodrigo Alvite Romano; Felipe M. Pait (IEEE Trans. Autom. Control., 2017)

A grey-box identification approach for a human alertness model. - Marcelo Lima; Rodrigo Alvite Romano; Felipe M. Pait; Simon Folkard; Vanderlei Parro (CDC, 2019)

A Load Balance Optimization Approach for the GMT Primary Mirror Support Actuator System. - Rodrigo Alvite Romano; Rodolphe Conan; Trupti Ranka (CCTA, 2020)

System Identification of Just Walk: Using Matchable-Observable Linear Parametrizations. - Paulo J. Lopes dos Santos; Mohammad T. Freigoun; César A. Martín; Daniel E. Rivera; Eric B. Hekler; Rodrigo Alvite Romano; Teresa Paula Azevedo Perdicoúlis (IEEE Trans. Control. Syst. Technol., 2020)