Macias-Valadez, Daniel

daniel.macias-valadez.1@ulaval.ca



Cycle : 2e
Directeur : Marc Cocard
Codirecteur : Rock Santerre

Sujet : Détermination du contenu de vapeur d’eau par méthodes GPS


Résumé :


Publications :
  • Macias-Valadez D, Santerre R, LaRochelle, Landry R, 2012, Improvement of GPS precision with a GPS-over-fiber architecture and real-time relative delay calibration, GPS Solutions, Vol. 16, No. 4, pp. 449-462
  • Macias-Valadez, D., R. SANTERRE, S. LaRochelle and R. Landy , 2011, Improvement of vertical GPS precision with a GPS-over-fiber architecture and real-time relative delay calibration, GPS Solutions, Ed. Springer Verlag.
  • Macias-Valadez, D., R. SANTERRE & S. LaRochelle, 2010, Fiber optic architecture for high precision GPS applications., International Application No : PCT/CA2010/000 433. Patent Cooperation Treaty via the Canadian Patent Office, March.
  • Macias-Valadez, D., R. SANTERRE and S. LaRochelle, 2010, Fiber optic architecture for high precision GPS applications, Patent Pending – International Application No : PCT/CA2010/000 433. Patent Cooperation Treaty via the Canadian Patent Office, filed in M
  • Macias-Valadez, D., R. Santerre, S. LaRochelle and R. Landry, 2009, Fiber optic synchronisation architecture for high precision GPS applications, Optical Fiber Communication Conference and Exposition and the National Fiber Optic Engineers Conference (OFC/
  • Macias-Valadez, D., M. Cocard et R. SANTERRE (2007), 2007, 3D modeling of the tropospheric refractivity using a permanent GPS network, Geomatica, Journal de l’Association canadienne des sciences géomatiques, Vol. 61, No. 4, pp. 445-453