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Avionics / Geodesy / Satellite navigation systems / GPS-aided geo-augmented navigation / Global Positioning System / Ionospheric pierce point / Wide Area Augmentation System / Ionosphere / Kriging / Technology / GPS / Navigation


Development of Grid Based Model for GAGAN Rajat Acharya, P.D.Yadav, Vipin Chandra Pant, M.R.Sivaraman
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Document Date: 2010-10-31 03:23:01


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City

Portland / /

Company

SBAS Ionospheric Group / /

Country

United States / India / /

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Facility

Airport Authority / Stanford University / The Institute of Navigation / /

IndustryTerm

carrier phase measurements / real time ionospheric algorithms / /

Organization

Institute of Navigation / Stanford University / Airport Authority of India / /

Person

Juan Blanch / Anthony M. Manucci / Patricia H. Doherty / Andrew J. Hansen / M. Bakry El-Arini / Thomas S. Albertson / John K. Klobuchar / James K. Reagan / John A. Klobuchar / R. Lejeune / Xiaoqing Pi / Rajat Acharya / Lawrence Sparks / Robert S. Conker / Attila Komjathi / Attila Komjathy / /

Position

Governor / Ionospheric model for GAGAN / Grid Based Model / /

ProvinceOrState

Utah / Oregon / /

SportsLeague

Stanford University / /

Technology

Inverse Distance algorithm / Tomography / Ionosphere Estimation algorithm / real time ionospheric algorithms / GPS / Planar Fit algorithm / using Tomography / /

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