In this paper, we provide GNSS multipath error models for automotive applications by
leveraging methods used in aviation applications. These error models are intended for …

Deep signal fading due to ionospheric scintillation severely impacts global navigation
satellite system (GNSS)‐based applications. GNSS receivers run the risk of signal loss …

Strong ionospheric scintillation due to electron density irregularities inside the ionosphere is
commonly observed in the equatorial region during solar maxima. Strong amplitude …

Deep and frequent fading of Global Positioning System (GPS) signals caused by
ionospheric scintillation is a major concern for aircraft navigation using GPS in the equatorial …

In this work, a new time‐sequential positioning and fault detection method is developed for
dual‐frequency, multi‐constellation Advanced Receiver Autonomous Integrity Monitoring …

This paper discusses a satellite navigation augmentation system designed for use by
aviation. The ground-based augmentation system (GBAS) was originally developed as a …

This paper presents a methodology to build multipath models for aviation use of new Global
Positioning System (GPS) and Galileo signals. The estimation of airframe multipath errors …

This paper investigates an urban navigation filter for land vehicles. Typical urban canyon
phenomena due to multipath and GPS outages seriously degrade positioning performance …

Standards for the next-generation of civilian airborne GNSS equipment are now in
development by RTCA and the European Organisation for Civil Aviation Equipment …

This paper presents GPS and Galileo airframe multipath statistics derived from more than 50
flight hours on an experimental Boeing 777 airplane using prototype Collins Aerospace …