Global Positioning System (GPS) has been used in many aerial and terrestrial high
precision positioning applications. Multipath affects positioning and navigation performance …

GNSS signals are easily blocked or degraded because of the dense presence of high-rise
buildings in urban areas, and positioning errors arising from reflected signals amount to as …

Multipath effects caused by reflections in the near-field and far-field of a GNSS antenna
represent a major error source in static and kinematic GNSS positioning applications. Since …

Global navigation satellite system (GNSS) positioning technology is widely used in landslide
monitoring due to its unique real-time and high-precision advantages. However, in complex …

Repeatable satellite orbits can be used for multipath mitigation in GPS-based deformation
monitoring and other high-precision GPS applications that involve continuous observation …

There are many methods for mitigating GNSS multipath errors. However, none of them
completely eliminate the effects of multipath or suit all GNSS applications. A new class of …

GNSS (Global Navigation Satellite Systems) multipath has been subject to scientific
research for decades and although numerous methods and techniques have already been …

In Global Navigation Satellite System (GNSS) positioning, observation precisions are
frequently impacted by the site-specific unmodeled errors, especially for the code …

Multipath effect is one of the main errors in precise global navigation satellite system (GNSS)
positioning. Although there are many GNSS multipath mitigation models available, each …

GNSS signals may arrive at the receiving antenna not only through the direct path, ie the
lineof-sight (LOS) path, but also on multiple indirect paths, due to different electromagnetic …