The global navigation satellite system is a high-precision radio navigation system based on
artificial satellites. Among the factors affecting the positioning accuracy of the navigation …

Having non-negligible impact on the code range observables, multipath delay is one of the
error sources that limit GNSS positioning accuracy. Due to the relatively stationary geometry …

One of the major errors in high-precision GPS positioning is multipath. Multipath effect
modeling and reduction have been a challenging issue in high-accuracy GPS positioning …

Multipath remains one of the major challenges in Global Navigation Satellite System (GNSS)
positioning because it is considered the dominant source of ranging errors, which can be …

Under the assumption that the surrounding environment remains unchanged, multipath
contamination of GPS measurements can be formulated as a function of the sidereal …

Multipath effect seriously affects the accuracy of GNSS high precision positioning since it
cannot be corrected by empirical model or eliminated by difference techniques. Sidereal …

Multipath hemispherical map (MHM) is a kind of multipath mitigation approach that takes
advantage of the spatial repeatability of the multipath effect under an unchanged …

GPS positioning issue has been experienced a surge of interest for multipath mitigation in
the past few years. Multipath disturbance is a challenging error in high precision GPS …

This study investigates the multipath error modeling and mitigation for triple‐frequency
global navigation satellite system (GNSS) signals inside South Korea. Multifrequency global …

The GRACE-FO based scientific research will benefit from the improvement of the kinematic
orbit quality. This study investigated the errors that could potentially impact the accuracy of …