this paper focuses on demonstrating this technology for a spacebased application. In particular, the goal was to develop the techniques necessary to use CDGPS to measure the orientation and deformation of a large orbiting space structure, such as the Space Station or the Shuttle robotic manipulator system (SRMS
The use of embedded current loops for the attitude control of large, flexible spacecraft is investig...
This paper presents a novel, GPS-based attitude determination system (ADS). Carrier-phase differenti...
A revolution in spacecraft guidance, navigation and control technology has started with GPS to auton...
This paper proposes an approach that makes use of two different techniques to sense and identify bot...
This paper proposes an approach that makes use of two different techniques to sense and identify bot...
Abstract: In the past, conventional and satellite surveying methods have been used to monitor the dy...
Future in-situ servicing space mission will be increasingly autonomous and exploited by robotic mani...
In order to provide an independent and unbiased assessment of the accuracy of the RTK-GPS technique ...
Global Position System(GPS) has long since been used for position determination, the interest to use...
An experimental structure is described which was constructed to demonstrate and validate recent emer...
During the last decades, large deployable structures are starting to be seen as a plausible configur...
Global Navigation Satellite System (GNSS) has become a powerful tool for high-precision deformation ...
Abstract A revolution in spacecraft guidance, navigation and control technology has started with GPS...
The use of Global Positioning System (GPS) measurements provides the primary technique for determini...
(c) 1993 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for...
The use of embedded current loops for the attitude control of large, flexible spacecraft is investig...
This paper presents a novel, GPS-based attitude determination system (ADS). Carrier-phase differenti...
A revolution in spacecraft guidance, navigation and control technology has started with GPS to auton...
This paper proposes an approach that makes use of two different techniques to sense and identify bot...
This paper proposes an approach that makes use of two different techniques to sense and identify bot...
Abstract: In the past, conventional and satellite surveying methods have been used to monitor the dy...
Future in-situ servicing space mission will be increasingly autonomous and exploited by robotic mani...
In order to provide an independent and unbiased assessment of the accuracy of the RTK-GPS technique ...
Global Position System(GPS) has long since been used for position determination, the interest to use...
An experimental structure is described which was constructed to demonstrate and validate recent emer...
During the last decades, large deployable structures are starting to be seen as a plausible configur...
Global Navigation Satellite System (GNSS) has become a powerful tool for high-precision deformation ...
Abstract A revolution in spacecraft guidance, navigation and control technology has started with GPS...
The use of Global Positioning System (GPS) measurements provides the primary technique for determini...
(c) 1993 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for...
The use of embedded current loops for the attitude control of large, flexible spacecraft is investig...
This paper presents a novel, GPS-based attitude determination system (ADS). Carrier-phase differenti...
A revolution in spacecraft guidance, navigation and control technology has started with GPS to auton...
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