The Network Real-Time Kinematic (NRTK) GPS and GNSS technology is increasingly being
utilised for a wide range of surveying and mapping applications, providing users with instant …

In order to improve the performance of precise point positioning (PPP), this paper presents a
new data processing scheme to shorten the convergence time and the observation time …

This paper develops a new automated cycle slip detection and repair method that is based
on only one single dual-frequency GPS receiver. This method jointly uses the ionospheric …

A new scan that matches an aided Inertial Navigation System (INS) with a low-cost LiDAR is
proposed as an alternative to GNSS-based navigation systems in GNSS-degraded or …

Surveying & SIS, UNSW, Australia, and leader of the Satellite Navigation and Positioning
(SNAP) Group (http://www. gmat. unsw. edu. au/snap/). He has been engaged in GPS …

The past few years have seen substantial growth in multiple-reference-station networks
which are used to overcome the limitations of standard real-time kinematic (RTK) systems …

Worldwide, the determination of the coordinates from a Global Navigation Satellite System
(GNSS) survey (in Network Real Time Kinematic, Precise Point Positioning, or static mode) …

The limitation of single base “real-time kinematic”(RTK) techniques is the distance between
base receiver and the rover receiver due to distance-dependent biases, namely orbit bias …

This paper compares the interpolation methods used in network‐based GPS techniques,
including the linear combination model, distance‐based linear interpolation method, linear …

The performance of precise point positioning (PPP) has been significantly improved thanks
to the continuous improvements in satellite orbit, clock, and ambiguity resolution (AR) …