University of Bern, Astronomical Institute
Parent Institutions [?]
Child Institutions [?]
Affiliated Works
sorted by decreasing year, and then by display-name
- Geopotential Coefficients Derived From GPS/GLONASS Orbits
- Comparison of Two Different GPS Kinematic Point Positioning Methods Used For Low Earth Orbiting Satellites
- Measurement of Geocenter Variations With GNSS
- The Realisation and Validation of the Galileo Terrestrial Reference Frame (GTRF)
- Combining the Observations from Different GNSS (Invited)
- Higher-order ionosphere modeling for CODE's next reprocessing activities
- Impact of Albedo Modeling on GNSS Satellite Orbits and Geodetic Time Series
- Biases in GNSS-Data Processing
- Combined Global Gravity Field Models from Space-Based and Ground-Based Data
- Extending the GPS satellite antenna patterns of the IGS to nadir angles beyond 14° using LEO data
- GOCE SSTI performance
- GOCE Science Orbits and their Application to Gravity Field Recovery
- Clock modeling for GNSS applications
- Combined global satellite-only gravity field models and their use for modelling ocean circulation
- Combining terrestrial and LEO data to extend the GPS satellite antenna patterns to nadir angles beyond 14°
- Evaluation of the Vienna APL corrections using reprocessed GNSS series
- GOCE Reduced-dynamic Orbits - Inter-agency Comparisons
- Inter-agency comparison of TerraSAR-X/TanDEM-X baseline solutions
- Precise Baseline Determination for the TanDEM-X Mission
- Estimation of Geodetic Parameters Combining SLR Observations to LAGEOS, Starlette, Stella and Ajisai
- Impact of code and phase biases and clock modelling on ambiguity resolution
- Space Tie and Local Tie for Combined Gnss-Slr Analysis
- Effects of non-tidal atmospheric loading on a Kalman filter-based terrestrial reference frame
- On the Capability to Derive Mass Estimates from high-low Satellite-to-Satellite Tracking data
- Quality assessment of Galileo Orbit and Clock Products of the IGS Multi-GNSS Experiment (MGEX)
- Real-time Galileo Orbit and Clock Corrections Using IGS MGEX Resources
- GRAIL Gravity Field Determination Using the Celestial Mechanics Approach - Status Report
- Evaluation of ITRF2014 Solutions
- An overview on Bernese projects in planetary geodesy and deep-space orbit determination
- Bernese advances towards a global analysis of Lunar geodesy
- GNSS Radio Occultation Excess Phase Processing with Integrated Uncertainty Estimation for Thermodynamic Cal/Val of Passive Atmospheric Sounders and Climate Science
- Mars' time variable gravity: How to improve the solution of its seasonal variations from orbit reconstruction of spacecraft?
- Spectro-Polarimetry of Fine-Grained Ice and Dust Surfaces Measured in the Laboratory to Study Solar System Objects and Beyond
- A Global Climatological Model of the Occurrence of Post Sunset Equatorial Ionospheric Plasma Irregularities Derived from the CHAMP and Swarm Mission
- Combination Service for Time-variable Gravity Field Solutions (COST-G) - current status
- Measuring the Dynamics and Scale of the Solar System
- Multi-GNSS Satellite Antenna Calibration
- Non-conservative force modelling for Galileo satellites during eclipse seasons
- Satellite gravimetry for observing and indicating large-scale flood events - a global-scale assessment
- Undifferenced ambiguity resolution for GPS-based precise orbit determination of low Earth orbiters using the new CODE clock and phase bias products
- CODE Contribution to IGS Repro3 Campaign
- COSMIC-2 Precise Orbit Determination
- Comparison of robot and chamber based receiver antenna pattern calibrations for TRF scale determination
- Evaluation of the impact of loading displacements on GNSS data analysis
- Impact of stochastic parametrizations on the recovery of planetary probes orbit and gravity field
- Performance of Dynamic and Ambiguity-fixed GNSS-derived LEO Orbits in SLR Validation and Network Calibration
- Preliminary Results from the Third IGS Reprocessing Campaign
- CODE contribution to the IGS Repro3: Status and assessment of the reprocessing products for integer-ambiguity precise point positioning.
- Towards an Operational Copernicus Service: a Global Gravity-based Groundwater Product (G3P)
- Compatibility between disclosed GNSS satellite phase center offsets and their induced scale
- Does the Inclusion of Regional Navigation Satellite Systems Help or Harm Global Solutions?