Madjid Maidi/en
Un article de Wiki-evr@.
Madjid MAIDI, Post-Doc
Team/Project: RATC/VENUS
IBISC Laboratory
40, rue de Pelvoux
91020 Évry Cedex
Tel : 01 69 47 75 60
Email : madjid.maidi(at)ibisc.univ-evry.fr
Sommaire |
Research fields
- Augmented reality
- Computer vision
- Real time tracking
- Hybrid tracking and multi-sensors systems
Publications
Thesis report
Madjid Maidi - Suivi Hybride en présence d'Occultations pour la Réalité Augmentée
Book chapters
F. Ababsa, M. Maidi, J-Y. Didier, M. Mallem - Vision-Based Tracking for Mobile Augmented RealityJournals
M. Maidi, J-Y. Didier, F. Ababsa, M. Mallem - A Performance Study for Camera Pose Estimation using Visual Marker based Tracking(to appear)
International conferences
M. Haydar, M. Maidi, D. Roussel, M. Mallem, P. Drap, K. Bale, P. Chapman - Virtual Exploration of Underwater Archaeological Sites : Visualization and Interaction in Mixed Reality EnvironmentsF. Alcala,..., M.Maidi et al. - VENUS (Virtual ExploratioN of Underwater Sites), Two years of interdisciplinary
M. Maidi, F. Ababsa, M. Mallem - Robust Fiducials Tracking in Augmented Reality
M. Maidi, F. Ababsa, M. Mallem - Robust Augmented Reality Tracking based Visual Pose Estimation
M. Maidi, F. Ababsa, M. Mallem - Active Contours Motion based on Optical Flow for Tracking in Augmented Reality
M. Maidi, F.Ababsa, M. Mallem - Vision-Inertial System Calibration for Tracking in Augmented Reality
Presentations
Thesis orals
- Suivi Hybride en présence d'Occultations pour la Réalité Augmentée présentation_maidi.pdf (~ 3.8 Mo)
Conferences
- Robust Fiducials Tracking in Augmented Reality (IWSSIP'06) maidi_iwssip06.pdf (~ 1 Mo)
- Active Contours Motion based on Optical Flow for Tracking in Augmented Reality (VRIC'06) maidi_vric06.pdf (~ 0.4 Mo)
- Vision-Inertial System Calibration for Tracking in Augmented Reality (ICINCO'05) maidi_icinco05.pdf (~ 1.6 Mo)
Ph.D. students day
- Prédiction du Point de Vue de l'Utilisateur dans un Système de Réalité Augmentée en Vision Directe maidi_JourDoct06.pdf
(~ 1.2 Mo)
Videos
- Calibration and target tracking (~ 6.5 Mo, DivX codec)
- Hybrid tracking in presence of occlusions (~ 1.9 Mo, DivX codec)
- Hybrid tracking in presence of motion blur (~ 1.3 Mo, DivX codec)
- Tracking with the overall system (~ 5.3 Mo, DivX codec)