Abstract
ABSTRACT This contribution is aimed to show that careful ionospheric modelling can enhance the single-frequency code single point positioning (SPP) performance for both kinematic and static scenarios. Attention is restricted to the SPP quality driven by the IRIM under geomagnetic storm conditions. A Kalman filter-based model is formed for kinematic/static SPP users with which one combines GPS single-frequency code observations with the ionospheric corrections. To demonstrate the SPP quality, experimental datasets of the Iran permanent GPS network are analysed using self-developed software and Bernese5. It is shown how the IRIM improves the SPP performance as compared to the global KIM corrections.
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