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Precise GNSS Positioning and Navigation: Methods, Challenges, and Applications
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The research scope of this reprint mainly focuses on GNSS data processing methods; GNSS applications; precise GNSS positioning and navigation; theories, models, and methods for processing wojGNSS errors; multi-GNSS positioning technologies; positioning and navigation methods under challenging environments; and low-cost GNSS positioning and navigation.
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Keywords
- Android
- ASV-PWV model
- B1C/B2a frequencies
- B1I/B3I frequencies
- BDS
- BDS-3
- BDS-3 new signals
- Beacons selection
- BeiDou-3 Navigation Satellite System
- clock offsets estimated
- deformation monitoring
- differential inter-system bias (DISB)
- ERA5
- Galileo
- GNSS
- GNSS network solution
- GNSS/INS sensors
- GPS
- GPS/BDS
- high-rate GNSS
- History of engineering & technology
- iGMAS
- independent baseline
- indoor positioning
- Inertial Navigation Pystem (INS)
- inter-satellite links
- kinematic-trajectory acquisition
- minimum spanning tree
- mobile mapping system (MMS)
- multi-baseline solution
- multi-GNSS
- n/a
- observation density
- observation-max
- odometer
- positioning and navigation
- positioning performance
- PPP
- PPP-AR
- PPP-B2b service
- precise orbits
- Qinghai Tibet Plateau
- radiosonde
- real-time clock offset
- real-time kinematic (RTK) positioning
- real-time Precise Point Positioning (RT-PPP)
- receiver channel-dependent bias
- relative positioning
- RT-PPP
- RTK
- shortest
- signal anomaly detection
- single point positioning (SPP)
- single-/dual-frequency RT-PPP
- Smartphone Xiaomi Mi8
- Structural health monitoring
- Technology, engineering, agriculture
- Technology: general issues
- tightly coupled integration
- two-way satellite time and frequency transfer
- u-blox ZED-F9P and ZED-F9R
Links
DOI: 10.3390/books978-3-0365-7623-7Editions