Real‐time crustal deformation monitoring is extremely important for achieving rapid
understanding of actual earthquake scales, because the measured permanent displacement …

For the emerging topic of automated and autonomous vehicles in all major sectors, reliable
and accurate state estimation for navigation of these vehicles becomes increasingly …

High-precision navigation using low-cost handsets has profound potential for mass-market
applications, which has been being boosted by the release of raw GNSS data from Google …

This paper demonstrates for the first time that centimeter-accurate positioning is possible
based on data sampled from a smartphone-quality Global Navigation Satellite System …

This paper focuses on the contribution of the global positioning system (GPS) and BeiDou
navigation satellite system (BDS) observations to precise point positioning (PPP) ambiguity …

Reliable and rapid ambiguity resolution (AR) is the key to fast precise point positioning
(PPP). We propose a modified partial ambiguity resolution (PAR) method, in which an …

Due to the rapid deployment of the Galileo constellation, Galileo is now able to contribute to
GNSS precise point positioning (PPP) ambiguity resolution (AR) with 17 operational …

The performance of precise point positioning real-time kinematic (PPP-RTK) is closely tied to
the accuracy of atmospheric corrections, with the ionospheric delay, including its uncertainty …

Despite the benefits of integer ambiguity resolution (IAR) in precise point positioning (PPP),
observation outages and harsh signal environments still impact float ambiguity estimation in …

Dual-frequency Global Positioning System (GPS) Real-time Kinematics (RTK) has been
proven in the past few years to be a reliable and efficient technique to obtain high accuracy …