RECOMMENDATIONS ON THE METHODOLOGY FOR PROCESSING GNSS MEASUREMENTS BASED ON THE ANALYSIS OF THE ACCURACY OF THE MOSCOW GEODETIC NETWORK
Rubrics: GEODESY
Authors:
1.
FGUP "VNIIFTRI"
(NIO-8, Veduschiy inzhener)
employee
Russian Federation
employee
Russian Federation
Type:
Article
Pages:
from 76
to 97
Status:
Published
Received:
01.07.2025
Accepted:
22.08.2025
Published:
29.08.2025
Subject area:
VAK Russia 1.6.22
UDC 528.141
CSCSTI 36.23
UDC 528.141
CSCSTI 36.23
Language:
Russian, English
Keywords:
processing of GNSS measurements, GNSS point, network, software, adjustment, analysis, processing scenario, processing parameter, accuracy, coordinate difference, normal height
Abstract:
Currently, many software packages for processing GNSS measurements have been developed. The most well-known are Justin, Giodis, Trimble Business Center, various specialized programs for various types of receivers, Bernese, etc. The Justin software is suitable for processing local (partly regional) GNSS networks. The “User’s Guide” for using the software does not cover specific points (features) of the GNSS measurement processing methodology. Moreover, the “User’s Guide” does not always explain specific parameters, values when choosing a specific scenario for processing GNSS measurements. This article will consider various scenarios (methods) for processing GNSS measurements embedded in the Justin software. Various processing methods will be analyzed to obtain specific results and analyze the accuracy of the calculation. In conclusion, specific recommendations are given for various stages of processing GNSS measurements.
Currently, many software packages for processing GNSS measurements have been developed. The most well-known are Justin, Giodis, Trimble Business Center, various specialized programs for various types of receivers, Bernese, etc. The Justin software is suitable for processing local (partly regional) GNSS networks. The “User’s Guide” for using the software does not cover specific points (features) of the GNSS measurement processing methodology. Moreover, the “User’s Guide” does not always explain specific parameters, values when choosing a specific scenario for processing GNSS measurements. This article will consider various scenarios (methods) for processing GNSS measurements embedded in the Justin software. Various processing methods will be analyzed to obtain specific results and analyze the accuracy of the calculation. In conclusion, specific recommendations are given for various stages of processing GNSS measurements.
Keywords:
processing of GNSS measurements, GNSS point, network, software, adjustment, analysis, processing scenario, processing parameter, accuracy, coordinate difference, normal height
processing of GNSS measurements, GNSS point, network, software, adjustment, analysis, processing scenario, processing parameter, accuracy, coordinate difference, normal height
