Low-frequency noise in single-poly bipolar transistors at low base current density. - Nicolas Valdaperez; Jean-Marc Routoure; Daniel Bloyet; Régis Carin; Serge Bardy; Jacques Lebailly (Microelectron. Reliab., 2001)

Size effects on the DC characteristics and low frequency noise of double polysilicon NPN bipolar transistors. - Nicolas Valdaperez; Jean-Marc Routoure; Daniel Bloyet; Régis Carin; Serge Bardy (Microelectron. Reliab., 2005)

Haptic Perception of Document Structure for Visually Impaired People on Handled Devices. - Fabrice Maurel; Gaël Dias; Jean-Marc Routoure; Mathieu Vautier; Pierre Beust; Michèle Molina; Coralie Sann (DSAI, 2012)

A Hybrid Segmentation of Web Pages for Vibro-Tactile Access on Touch-Screen Devices. - Waseem Safi; Fabrice Maurel; Jean-Marc Routoure; Pierre Beust; Gaël Dias (VL@COLING, 2014)

Blind Browsing on Hand-Held Devices: Touching the Web...to Understand it Better. - Waseem Safi; Fabrice Maurel; Jean-Marc Routoure; Pierre Beust; Gaël Dias (HT (Doctoral Consortium / Late-breaking Results / Workshops), 2014)

Web-Adapted Supervised Segmentation to Improve a New Tactile Vision Sensory Substitution (TVSS) Technology. - Waseem Safi; Fabrice Maurel; Jean-Marc Routoure; Pierre Beust; Gaël Dias (ANT/SEIT, 2015)

An Empirical Study for Examining the Performance of Visually Impaired People in Recognizing Shapes through a Vibro-tactile Feedback. - Waseem Safi; Fabrice Maurel; Jean-Marc Routoure; Pierre Beust; Gaël Dias (ASSETS, 2015)

Which ranges of intensities are more perceptible for non-visual vibro-tactile navigation on touch-screen devices. - Waseem Safi; Fabrice Maurel; Jean-Marc Routoure; Pierre Beust; Michèle Molina; Coralie Sann; Jessica Guilbert (VRST, 2017)

Blind Navigation of Web Pages through Vibro-tactile Feedbacks. - Waseem Safi; Fabrice Maurel; Jean-Marc Routoure; Pierre Beust; Michèle Molina; Coralie Sann; Jessica Guilbert (VRST, 2019)

A Low-Noise and Quasi-Ideal DC Current Source Dedicated to Four-Probe Low-Frequency Noise Measurements. - Jean-Marc Routoure; Sheng Wu 005; Carlo Barone; Laurence Méchin; Bruno Guillet (IEEE Trans. Instrum. Meas., 2020)