Python Software Tool for Diagnostics of the Global Navigation Satellite System Station (PS-NETM)–Reviewing the New Global Navigation Satellite System Time Series Analysis Tool

• Published in: Remote sensing (Basel, Switzerland) Vol. 16; no. 5; p. 757
• Main Authors: Savchuk, Stepan, Dvulit, Petro, Kerker, Vladyslav, Michalski, Daniel, Michalska, Anna
• Format: Journal Article
• Language: English
• Published: Basel MDPI AG 01.03.2024
• Subjects: Age; Artificial satellites in navigation; Calibration; Computer programs; computer software; deformation; diagnostic techniques; Earth surface; Error analysis; Europe; Global navigation satellite system; global positioning systems; GNSS time series; Information processing; Methods; non-classical error theory; Normal distribution; Normality; Orbits; Pearson–Jeffreys distribution; Plates (tectonics); Python (programming language); Satellites; Science; Software; Software packages; spatio-temporal filtering; Statistical analysis; Systematic errors; Technology application; tectonics; Time series; time series analysis; Poland; Europe

The time series of GNSS coordinates contain signals caused by the age-related movement of tectonic plates, the deformation of the Earth’s surface, as well as errors at different time scales from sub-daily tidal deformation to the long-term deformation of the surface load. Depending on the nature of...