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GNSS, Space Weather and TEC Special Features
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In the domain of electronic navigation, satellite navigation (GNSS) is one of the most important complex modern systems. GNSS is a key aspect of infrastructure which supports the development and improvement of power grid systems, banking operations, global transportation systems, and global communication systems. Today, GNSS requires the use of several positioning networks and sensors, such as radio networks and MEMS. The Earth’s atmosphere, particularly the ionosphere and troposphere, can be seen as a huge laboratory where multiple processes and phenomena directly affecting the propagation of EM waves occur. Like all complex systems, GNSS technology has also gone through certain evolutionary stages. Factors affecting the future evolution of GNSS technology include the appearance of new signals and frequencies, complementary technologies in use, etc., but in the domain of GNSS technologies, it is essential to study the impact of space weather on GNSS systems. A key part of research related to GNSS technologies is the vertical TEC distribution and anomalies related to earthquakes and volcanic eruptions on Earth. There are many challenges that need to be addressed because they affect reliability, accuracy, and all other essential parameters of GNSS systems. It addresses some of these issues by publishing manuscripts which study GNSS risk assessment, different effects of space weather disturbances on the operation of GNSS systems, environmental impacts on the operation of GNSS systems, GNSS positioning error budgets, TEC special features in volcano eruptions, and similar topics.
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Keywords
- antenna
- attention mechanism
- attribute-augmented
- calibration
- Cid
- Continuously Operating Reference Station (CORS)
- cosmic
- CubeSat observation
- daytime
- deep learning
- detrending
- Differential Global Positioning System (DGPS)
- diurnal evolution
- dual-frequency carrier phase combination
- dual-frequency pseudorange
- Economics, finance, business & management
- EIA
- Energy industries & utilities
- EPN
- equatorial and low-latitude ionosphere
- European Geostationary Navigation Overlay Service (EGNOS)
- Fractal Hausdorff dimension
- fractal reconstruction
- Global Navigation Satellite Systems (GNSS)
- Global Positioning System (GPS)
- GNSS
- GNSS meteorology
- GNSS time series analysis
- GNSS-IR
- GPS
- GPS TEC
- GPS/GNSS
- gravity wave
- ground-truth data
- History of engineering & technology
- Industry & industrial studies
- international space station
- ionogram
- Ionosphere
- ionospheric corrections
- ionospheric irregularity
- ionospheric model
- landslide displacement prediction
- Lightning
- lithosphere-atmosphere-ionosphere coupling
- mean fusion
- Microstructure
- Morphology
- multi-frequency
- multi-GNSS
- multipath error
- multisatellite combination
- n/a
- navigation positioning system
- Ni-based superalloys
- nighttime
- PCC
- phase delay
- polynomial
- positioning accuracy
- Precise Point Positioning (PPP)
- radiation belts
- radiation measurement
- radio occultation observation
- reliability method
- ROTI
- Saastamoinen model of zenith tropospheric delay
- Savitzky–Golay
- scintillation
- seasonal variation
- seismic swarm
- seismo-ionospheric coupling
- signal-to-noise ratio
- snow depth
- soil moisture content
- South Atlantic Anomaly
- spatiotemporal analysis
- statistical position equilibrium
- surface meteorological data
- TEC
- Technology, engineering, agriculture
- Technology: general issues
- Tomography
- total electron content
- tropospheric error
- volcanic activity
- water vapor
Links
DOI: 10.3390/books978-3-0365-7595-7Editions