Real time transformation of pre-computed Monte Carlo results for fitting optical measurements in biomedical applications. - Eric Tinet; Jean-Michel Tualle; Dominique Ettori; Sigrid Avrillier (Monte Carlo Methods Appl., 2001)

An ultra fast, ultra compact sensor for diffuse wave spectroscopy. - Kinia Barjean; Dominique Ettori; Eric Tinet; Antoine Dupret; Marius Vasiliu; Jean-Michel Tualle (Sensors, Cameras, and Systems for Industrial and Scientific Applications, 2013)

High sensitivity analysis of speckle patterns: a technological challenge for biomedical optics. - Jean-Michel Tualle; Kinia Barjean; Eric Tinet; Dominique Ettori (Sensors, Cameras, and Systems for Industrial and Scientific Applications, 2013)

Acousto-optic imaging with a smart-pixels sensor. - Kinia Barjean; Kevin Contreras; Jean-Baptiste Laudereau; Eric Tinet; Dominique Ettori; François Ramaz; Jean-Michel Tualle (IMSE, 2015)

The challenge of shot-noise limited speckle patterns statistical analysis. - Jean-Michel Tualle; Kinia Barjean; Eric Tinet; Dominique Ettori (IMSE, 2017)

A New Insight into Biospeckle Activity in Apple Tissues. - Christelle Abou Nader; Jean-Michel Tualle; Eric Tinet; Dominique Ettori (Sensors, 2019)

A wide-spectrum 550-1600 nm, 16k VIS + 8 NIR pixels, high-dynamic range image-sensor for biomedical applications. - Laurent Alacoque; David Coriat; Jean-Michel Tualle; Valentin Espinas; Xavier Alacoque; Anabela Da Silva (ICECS, 2023)