Add to ORKGminimizing systematic height errors associated with atmospheric propagation delay
A design approach for an aircraft takeoff performance monitoring system (TOPMS) is described. In th...
Brunswick (UNB), where he is investigating the effects of the troposphere on kinematic GPS positioni...
Many kinematic GNSS applications like the GPS-based radar altimeter calibration, for instance, rely ...
The high spatial and temporal variability of the troposphere is well known, as is its effect − throu...
In order to obtain precise kinematic global positioning systems (GPS) in medium to large scale netwo...
This article presents the results of research concerning the determination of an error of the vertic...
This article presents the results of research concerning the determination of an error of the vertic...
GPS can play an important role in high-altitude vehicle positioning. In such GPS applications the re...
Dr. Oscar L. Colombo works on applications of space geodesy, including gravity field mapping and pre...
Abstract. Kinematic GPS positioning for airborne gravimetry is to provide not only sufficiently pre-...
This article presents the results of studies concerning the designation of accuracy in aircraft navi...
This article presents the results of studies concerning the designation of accuracy in aircraft navi...
In this paper a new mathematical algorithm is proposed to improve the accuracy of DGPS (Differential...
Program to compute means of GPS derived tropospheric delay with respect to elevation angle of GPS sa...
Global Positioning System (GPS) concepts and the mathematical models used in kinematic positioning a...
A design approach for an aircraft takeoff performance monitoring system (TOPMS) is described. In th...
Brunswick (UNB), where he is investigating the effects of the troposphere on kinematic GPS positioni...
Many kinematic GNSS applications like the GPS-based radar altimeter calibration, for instance, rely ...
The high spatial and temporal variability of the troposphere is well known, as is its effect − throu...
In order to obtain precise kinematic global positioning systems (GPS) in medium to large scale netwo...
This article presents the results of research concerning the determination of an error of the vertic...
This article presents the results of research concerning the determination of an error of the vertic...
GPS can play an important role in high-altitude vehicle positioning. In such GPS applications the re...
Dr. Oscar L. Colombo works on applications of space geodesy, including gravity field mapping and pre...
Abstract. Kinematic GPS positioning for airborne gravimetry is to provide not only sufficiently pre-...
This article presents the results of studies concerning the designation of accuracy in aircraft navi...
This article presents the results of studies concerning the designation of accuracy in aircraft navi...
In this paper a new mathematical algorithm is proposed to improve the accuracy of DGPS (Differential...
Program to compute means of GPS derived tropospheric delay with respect to elevation angle of GPS sa...
Global Positioning System (GPS) concepts and the mathematical models used in kinematic positioning a...
A design approach for an aircraft takeoff performance monitoring system (TOPMS) is described. In th...
Brunswick (UNB), where he is investigating the effects of the troposphere on kinematic GPS positioni...
Many kinematic GNSS applications like the GPS-based radar altimeter calibration, for instance, rely ...