Fast and Accurate Gravitational-Wave Modelling with Principal Component Regression. - Cyril Cano; Éric Chassande-Mottin; Nicolas Le Bihan (EUSIPCO, 2022)

Mathematical tools and signal processing algorithms for the study of gravitational waves polarization. (Outils mathématiques et de traitement du signal pour l'étude polarimétrique des ondes gravitationnelles). - Cyril Cano (2022)

Kalman Filter for Dynamic Imaging Based on Complex Empirical Covariances. - Nawel Arab; Cyril Cano; Isabelle Vin; Mohammed Nabil El Korso; Eric Chaumette; Pascal Larzabal (CAMSAP, 2023)

Kalman Filter for Dynamic Estimation of Stochastic Radio Source Power and DoA. - Cyril Cano; Éric Chaumette; Pascal Larzabal; Mohammed Nabil El Korso (IEEECONF, 2024)

Kalman filter for radio source power and direction of arrival estimation. - Cyril Cano; Nawel Arab; Éric Chaumette; Pascal Larzabal; Mohammed Nabil El Korso; Isabelle Vin (EURASIP J. Adv. Signal Process., 2024)

Kalman filter for dynamic source power and steering vector estimation based on empirical covariances. - Cyril Cano; Mohammed Nabil El Korso; Éric Chaumette; Pascal Larzabal (Signal Process., 2025)