BITalino - A Multimodal Platform for Physiological Computing. - José Guerreiro; Raúl Martins; Hugo Silva 001; André Lourenço; Ana L. N. Fred (ICINCO (1), 2013)

BITalino: A Novel Hardware Framework for Physiological Computing. - Hugo Plácido da Silva; José Guerreiro; André Lourenço; Ana L. N. Fred; Raúl Martins (PhyCS, 2014)

Evaluation of a Context-Aware Application for Mobile Robot Control Mediated by Physiological Data: The ToBITas Case Study. - Borja Gamecho; José Guerreiro; Ana Priscila Alves; André Lourenço; Hugo Plácido da Silva; Luis Gardeazabal; Julio Abascal; Ana L. N. Fred (UCAmI, 2014)

A Context-Aware Application to Increase Elderly Users Compliance with Physical Rehabilitation Exercises at Home via Animatronic Biofeedback. - Borja Gamecho; Hugo Silva 001; José Guerreiro; Luis Gardeazabal; Julio Abascal (J. Medical Syst., 2015)

Bio-inspired frequency agile acoustic system. - José Guerreiro; Joseph C. Jackson; James F. C. Windmill (IEEE SENSORS, 2016)

Bio-inspired active amplification in a MEMS microphone using feedback computation. - José Guerreiro; Andrew Reid; Joseph C. Jackson; James F. C. Windmill (BioCAS, 2017)

Towards the development of a frequency agile MEMS acoustic sensor system. - José Guerreiro; Andrew Reid; Joseph C. Jackson; James F. C. Windmill (IEEE SENSORS, 2017)

Active Hearing Mechanisms Inspire Adaptive Amplification in an Acoustic Sensor System. - José Guerreiro; Andrew Reid; Joseph C. Jackson; James F. C. Windmill (IEEE Trans. Biomed. Circuits Syst., 2018)

Enhancing Acoustic Sensory Responsiveness by Exploiting Bio-inspired Feedback Computation. - José Guerreiro; Joseph C. Jackson; James F. C. Windmill (ICASSP, 2019)