Add to ORKGAbstract: The purpose of this work is study of possibility building spacecraft's control system using satellite navigation GPS/GLONASS system. The sources of pseudorange errors were investigated. The statistical model of pseudorange errors was obtained. The accuracy comparison of the pseudorange measurement with its actual values is carried out. The evaluation of apriori precision was obtained for user's state vector.Note: Research direction:Theoretical and applied problems of mechanic
This paper addresses the performance comparisons of the GPS pseudorange and pseudorange rate measure...
Every GNSS receiver processes the received signal to obtain an estimate of the propagation time of t...
The aim of this article is to present the results of GLONASS positioning in kinematic mode in air na...
Abstract: Using the perfomances of satellite navigation systems for control purposes in co...
The calculation algorithm of user’s position data is cited with the addition of GPS and GLONASS navi...
Abstract: The purpose of this work is study of possibility creating spacecraft's control s...
Satellite navigation systems such as GPS, GLONASS or the future European system GALILEO are made of ...
Určování přesné pozice daného předmětu na zemi je základem celosvětové sítě navigačních systémů pr...
The issues of measurement accuracy of coordinates in the short-range navigation system based on pseu...
We have developed a suite of real-time precise point positioning programs to process GPS pseudorange...
197-200The performance of global positioning system (GPS) is limited by several sources of errors. ...
Abstract: This study compares in quantitative terms two methods of differential corrections to GPS p...
Galileo is a global civil navigation satellite system developed in Europe as an alternative to the G...
The GLONASS (Global Navigation Satellite System) is a satellite positioning system able to provide v...
This article discusses coordinate measurement errors in short-range pseudolite navigation systems. A...
This paper addresses the performance comparisons of the GPS pseudorange and pseudorange rate measure...
Every GNSS receiver processes the received signal to obtain an estimate of the propagation time of t...
The aim of this article is to present the results of GLONASS positioning in kinematic mode in air na...
Abstract: Using the perfomances of satellite navigation systems for control purposes in co...
The calculation algorithm of user’s position data is cited with the addition of GPS and GLONASS navi...
Abstract: The purpose of this work is study of possibility creating spacecraft's control s...
Satellite navigation systems such as GPS, GLONASS or the future European system GALILEO are made of ...
Určování přesné pozice daného předmětu na zemi je základem celosvětové sítě navigačních systémů pr...
The issues of measurement accuracy of coordinates in the short-range navigation system based on pseu...
We have developed a suite of real-time precise point positioning programs to process GPS pseudorange...
197-200The performance of global positioning system (GPS) is limited by several sources of errors. ...
Abstract: This study compares in quantitative terms two methods of differential corrections to GPS p...
Galileo is a global civil navigation satellite system developed in Europe as an alternative to the G...
The GLONASS (Global Navigation Satellite System) is a satellite positioning system able to provide v...
This article discusses coordinate measurement errors in short-range pseudolite navigation systems. A...
This paper addresses the performance comparisons of the GPS pseudorange and pseudorange rate measure...
Every GNSS receiver processes the received signal to obtain an estimate of the propagation time of t...
The aim of this article is to present the results of GLONASS positioning in kinematic mode in air na...