International GNSS Service Validation, Application and Calibration
A special issue of Remote Sensing (ISSN 2072-4292). This special issue belongs to the section "Satellite Missions for Earth and Planetary Exploration".
Deadline for manuscript submissions: closed (14 September 2024) | Viewed by 12462
Special Issue Editors
Interests: maritime navigation; navigation information systems; GNSS-based remote sensing; satellite positioning error analyses; maritime navigation risk assessment; GeoRSS systems and technologies; route optimisation; positioning error correlations; electronic navigation in maritime; SAR digital imaging and processing; performance standards in position, navigation and timing
Special Issues, Collections and Topics in MDPI journals
Interests: geodesy; InSAR; GNSS; deformation modeling; natural and anthropogenic hazards; engineering geodesy
Special Issues, Collections and Topics in MDPI journals
Interests: geodesy; InSAR; GNSS; deformation modeling; natural and anthropogenic hazards
Special Issues, Collections and Topics in MDPI journals
Special Issue Information
Dear Colleagues,
The Global Navigation Satellite System (GNSS) is a collection of satellites that are positioned in a specific way to produce and transmit location, timing, and navigation data from space to connected sensors on Earth. Additionally, they offer several distinguishing features, such as the utilization of L-band frequencies, which are particularly well suited to use in remote sensing. It has been proven that GNSS remote sensing can be utilized as a substitute for passive remote sensing.
GNSS calibration is required to make sure that the data and outcomes are accurate. In essence, GNSS site calibration creates the link between the required local northing, easting, and elevation and the WGS84 latitude, longitude, and ellipsoidal height. Typically, site calibration entails both a horizontal and vertical adjustment.
The goal of this Special Issue of Remote Sensing is to provide researchers with a venue to share ground-breaking research that pushes the limits of using real-time GNSS in a variety of applications, as well as validation and calibration techniques. The following are just a few examples of potential topics:
- GNSS precise positioning applications in geodesy;
- GNSS signal processing and calibration;
- Precise non-linear motion modelling of GNSS reference stations and their physical mechanisms;
- Aided real-time GNSS precise positioning services and sensor fusion in challenging environments;
- Identification of GNSS error sources and mitigation mechanisms;
- GNSS augmentation systems and integrity monitoring;
- Real-time GNSS precise positioning services with smartphones;
- Geohazard monitoring of volcanos, earthquakes, subsidence and landslides;
- Connected and autonomous vehicles;
- Integrated applications of BIM and digital twins in infrastructure;
- Monitoring the Earth’s ionosphere and troposphere;
- Monitoring deformations of the solid Earth and variations in the hydrosphere;
- Time and frequency transfer;
- Earth rotation;
- Atmospheric parameters;
- Supporting geodetic research.
Prof. Dr. Serdjo Kos
Prof. Dr. Juan F. Prieto
Prof. Dr. José Fernández
Guest Editors
Manuscript Submission Information
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Keywords
- GNSS technique/technology
- GNSS positioning error budget
- GNSS risk assessment
- Space weather impact on GNSS
- GNSS satellite orbit determination
- GNSS data validation
- GNSS applications on environments including water vapor, water level, and underwater surveying
- GNSS applications in disasters such as fires and oil spills
- GNSS applications on infrastructures
- GNSS time and frequency transfer
- GNSS atmospheric parameters
- GNSS geodetic research
- GNSS interferometric reflectometry applications
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