magicODTS Key Features

GNSS precise orbit determination and time synchronization usually requires the use of complex tools and a deep GNSS knowledge. The spirit of magicODTS is to make it simpler and faster to increase productivity and speed-up the learning curve. With a few clicks, the user can upload the GNSS station data into the web workspace, select the configuration to apply and launch the process.

Together with the orbits and clock estimations, magicODTS provides a complete report with comprehensive information on input data quality, configuration used, estimation process, and output data quality.

Managing data has never been so easy, a dynamic map shows all stations and datasets available for the selected date. The user can select the datasets to process by simply clicking on the map.

magicODTS: Stations

magicODTS has been conceived as a multi-constellation solution. It currently supports GPS, GLONASS, Galileo, BeiDou and QZSS. magicODTS algorithms have been thoroughly validated with real multi-constellation data.

magicODTS generates a number of products that includes: satellite orbits, satellite clock biases, station clock biases, satellite and station clock stability estimations and station tropospheric zenith delays. A built-in propagation module allows the user to predict into the future the estimated orbits and clock biases. The station coordinates can be estimated and/or refined using the integrated Precise Positioning Service (PPP) module. It offers two different services:

  • Post-processing service: Users can upload, store and manage RINEX files in the magicGNSS cloud system workspace, and estimate precise GNSS orbits and clocks based on a reference network of stations.

  • Real-time service: which generates precise GNSS orbits and clocks in real time to be used, for instance, by PPP applications.

magicODTS also includes a built-in scheduler module to program the automatic generation of products according to the user needs.

magicGEMINI

The suite includes a number of performance assessment utilities to statistically compare products obtained in different sessions or compare them with IGS reference products.

magicODTS automatically downloads GPS NANUs together with Galileo and GLONASS NAGUs, and manages the retrieved information for avoiding undesired effects on the ODTS processes.

magicODTS functionalities can be complemented with:

  • magicMONITOR, a novel GNSS suite service aimed at monitoring the status of a GNSS station network in Real-Time and warn in case problems are detected

  • magcicEPHEM, a generator of long-term multi-constellation GNSS orbit and predictions.

  • Timing Monitoring Web Service: a dedicated web service for timing oriented users. It provides a complete monitoring platform for GNSS station and satellites clocks.