Experiments conducted at the School of Engineering of the University of São Paulo, Brazil, using GNSS/NTRIP technology are described and analyzed in terms of accuracy. The method consists in using the data of a reference station, the IBGE RBMC-IP stations, collected in a remote station, by means of the Internet and a mobile phone, to obtain more accurate real time coordinates than those of the navigation method. The experiments consist in surveying the known coordinate points and of the error analysis (accuracy). Firstly with short distances (in the USP Base for Equipment Calibration), and then over increasing distances up to about 30 km, in terms of the limits foreseen for the RTK method, and for other greater distances by using the DGPS m...
In this paper, authors present results of accuracy verification of the Trimble RTX technology. The G...
Since June 1999, EUREF-EPN station in Bucharest ("Bucu")joined EUREF-IP project in coopera...
Among the methods used for GPS surveys, the fast static relative positioning detaches because of its...
Experiments conducted at the School of Engineering of the University of São Paulo, Brazil, using GNS...
The Global Navigation Satellite System (GNSS), in the last few years, has been supporting the develo...
Academia, Industry and Government are investigating the reliability to use the real time kinematic (...
Academia, Industry and Government are investigating the reliability to use the real time kinematic (...
For many years, real-time DGPS and RTK correction data distribution have been providing GPS users a ...
The Global Positioning System (Navstar-GPS) has modernized and allow greater ease in surveys related...
The work shows the results of testing conducted from 2008 to 2009 within the Network-based RTK GNSS ...
O constante avanço do Global Navigation Satellite System (GNSS) possibilita aos seus usuários ao red...
Experiments conducted at the School of Engineering of the University of São Paulo, Brazil, using GNS...
The main limiting factors of Precise Point Positioning(PPP) accuracy are errors in broadcast satelli...
Following the GPS, new GNSS techniques are emerging today. Various surveying and processing methods ...
The paper deals with the comparison of the Real Time Kinematic (RTK) method and the Precise Point Po...
In this paper, authors present results of accuracy verification of the Trimble RTX technology. The G...
Since June 1999, EUREF-EPN station in Bucharest ("Bucu")joined EUREF-IP project in coopera...
Among the methods used for GPS surveys, the fast static relative positioning detaches because of its...
Experiments conducted at the School of Engineering of the University of São Paulo, Brazil, using GNS...
The Global Navigation Satellite System (GNSS), in the last few years, has been supporting the develo...
Academia, Industry and Government are investigating the reliability to use the real time kinematic (...
Academia, Industry and Government are investigating the reliability to use the real time kinematic (...
For many years, real-time DGPS and RTK correction data distribution have been providing GPS users a ...
The Global Positioning System (Navstar-GPS) has modernized and allow greater ease in surveys related...
The work shows the results of testing conducted from 2008 to 2009 within the Network-based RTK GNSS ...
O constante avanço do Global Navigation Satellite System (GNSS) possibilita aos seus usuários ao red...
Experiments conducted at the School of Engineering of the University of São Paulo, Brazil, using GNS...
The main limiting factors of Precise Point Positioning(PPP) accuracy are errors in broadcast satelli...
Following the GPS, new GNSS techniques are emerging today. Various surveying and processing methods ...
The paper deals with the comparison of the Real Time Kinematic (RTK) method and the Precise Point Po...
In this paper, authors present results of accuracy verification of the Trimble RTX technology. The G...
Since June 1999, EUREF-EPN station in Bucharest ("Bucu")joined EUREF-IP project in coopera...
Among the methods used for GPS surveys, the fast static relative positioning detaches because of its...