Testing the Quality of RTK Positioning by Receiving Signals just from GLONASS Satellites according to the ISO 17123-8:2015 Standard
Ivica Šarušić, Sanja Šarušić, Mladen Zrinjski
Abstract
Ivica Šarušić, Sanja Šarušić, Mladen Zrinjski
Abstract
The development of Russian global navigation system GLONASS has eliminated the technological reliance on single global navigation system – GPS. Precise GNSS instruments for RTK positioning that no longer depend on GPS have also been developed along with this system. Such a device called SP80 was developed by Spectra Precision. The company has developed Z-Blade technology that allows RTK positioning being independent of GNSS used, and it will be possible to use only Beidou, GLONASS or Galileo (in near future). In this work, the quality of positioning in RTK mode on the Croatian territory by means of GLONASS is presented in accordance with ISO 17123-8:2015 standard.
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The development of Russian global navigation system GLONASS has eliminated the technological reliance on single global navigation system – GPS. Precise GNSS instruments for RTK positioning that no longer depend on GPS have also been developed along with this system. Such a device called SP80 was developed by Spectra Precision. The company has developed Z-Blade technology that allows RTK positioning being independent of GNSS used, and it will be possible to use only Beidou, GLONASS or Galileo (in near future). In this work, the quality of positioning in RTK mode on the Croatian territory by means of GLONASS is presented in accordance with ISO 17123-8:2015 standard.
Key concepts: GLONASS, GNSS applications, Global Positioning System, Real Time Kinematic, Galileo (satellite navigation), Computer science, Remote sensing, Satellite navigation