Utilization of MEMS Tunable Inductors in the design of RF voltage-controlled oscillators. - Owen Casha; Ivan Grech; Joseph Micallef; Edward Gatt; Dominique Morche; Bernard Viala; Jean-Philippe Michel; Pierre Vincent; Emeric de Foucauld (ICECS, 2008)

A GHz spintronic-based RF oscillator. - Pierre Vincent; Marie Claire Cyrille; Bernard Viala; Bertrand Delaet; Jean-Philippe Michel; Patrick Villard; Jérôme Prouvée; Dimitri Houssameddine; Ursula Ebels; Jordan A. Katine; Daniele Mauri; Sylvia Florez; et al. (ISSCC, 2009)

A GHz Spintronic-Based RF Oscillator. - Patrick Villard; Ursula Ebels; Dimitri Houssameddine; Jordan A. Katine; Daniele Mauri; Bertrand Delaet; Pierre Vincent; Marie Claire Cyrille; Bernard Viala; Jean-Philippe Michel; Jérôme Prouvée; Franck Badets (IEEE J. Solid State Circuits, 2010)

Design of a RF matching network based on a new tunable inductor concept. - Mouna El Bakkali; Francis Chan Wai Po; Emeric de Foucauld; Bernard Viala; Jean-Philippe Michel (Microelectron. J., 2011)

Design of optimized high Q inductors on SOI substrates for RF ICs. - Anne-Sophie Royet; Jean-Philippe Michel; Bruno Reig; Jean-Louis Pornin; Manohiaina Ranaivoniarivo; Bruno Robain; Pierre de Person; Gregory Uren (ICECS, 2016)

RF performance of Standard, High-Resistivity and Trap-Rich Silicon substrates down to cryogenic temperature. - Quentin Berlingard; M. Moulin; Jean-Philippe Michel; T. Fache; Ismael Charlet; C. Plantier; Z. Chalupa; Jose Lugo-Alvarez; Jean-Pierre Raskin; Louis Hutin; Mikaël Cassé (ESSDERC, 2023)

Recursive KalmanNet: Deep Learning-Augmented Kalman Filtering for State Estimation with Consistent Uncertainty Quantification. - Hassan Mortada; Cyril Falcon; Yanis Kahil; Mathéo Clavaud; Jean-Philippe Michel (CoRR, 2025)

Recursive KalmanNet: Analyse des capacités de généralisation d'un réseau de neurones récurrent guidé par un filtre de Kalman. - Cyril Falcon; Hassan Mortada; Mathéo Clavaud; Jean-Philippe Michel (CoRR, 2025)