Typical Use

• Typical Applications
  • Evaluation of dual-frequency GNSS observation campaigns
  • Automatic processing of permanent networks
  • Any type of post-processing from near-real time to reprocessing years of GNSS data
  • Processing of data from a large number of receivers
  • Combined processing of multi-GNSS observations
  • Analysis of real kinematic receivers (even on airplanes)
  • Ionosphere and troposphere monitoring
  • Clock estimation and time transfer
  • Orbit determination for GNSS and Low Earth orbiting satellites together with related parameters (e.g., Earth orientation parameters)
  • SLR orbit validation
• Typical Users
  • Scientists for research and education
  • Survey agencies responsible for high-accuracy GNSS surveys (e.g., first order networks)
  • Agencies responsible to maintain arrays of permanent GNSS receivers
  • Commercial users with complex applications demanding high accuracy, reliability, and high productivity
  • Operators of LEO satellites for orbit validation
  • R/D agencies for reference solutions