The object of this paper is to develop surveyors' operational requirements for satellite positioning systems for the measurement of coordinates at positions which are inaccessible by conventional surveying methods. The paper briefly reviews positioning requirements with some comments on necessary accuracies, difficulties and technique options. Further developments to the existing capabilities of the Transit satellite positioning system are then suggested and the paper ends with some comments on the way that the surveying profession itself might develop in order to meet the needs of this relatively new surveying method
The GPS positioning technology is well known and much used in many fields. However, due to its relat...
Deep sea mining, such as is now being planned to be carried out in the Indian Ocean, requires an acc...
Positioning plays a greater role in determining the accurate and precision of the target in hydrogr...
The commercial Marine Survey industry, particularly in the North Sea and UK continental shelf areas,...
Employ the latest satellite positioning tech with this extensive guide. GPS Satellite Surveying is t...
This paper deals with the satellite global positioning (GPS or GLONASS) in marine cartography. It es...
Today, the accuracy of position determination ashore or at sea is no longer a technical problem, but...
Modern surveying is evolving rapidly, applying new technologies and measurement techniques. Today, t...
GPS surveying has started to be use for cadastre surveys in Malaysia. In 1999, the Department of Sur...
The increase in engineering work on the continental shelf over the past decade has been matched by t...
Practical engineering applications for determination of observation stations for topographic and cad...
The use of the GPS system for survey and geodesy is a technological breakthrough that will revolutio...
The use of the GPS system for survey and geodesy is a technological breakthrough that will revolutio...
The use of the GPS system for survey and geodesy is a technological breakthrough that will revolutio...
Positioning is the greater role when determining the accurate and precision of the position of targe...
The GPS positioning technology is well known and much used in many fields. However, due to its relat...
Deep sea mining, such as is now being planned to be carried out in the Indian Ocean, requires an acc...
Positioning plays a greater role in determining the accurate and precision of the target in hydrogr...
The commercial Marine Survey industry, particularly in the North Sea and UK continental shelf areas,...
Employ the latest satellite positioning tech with this extensive guide. GPS Satellite Surveying is t...
This paper deals with the satellite global positioning (GPS or GLONASS) in marine cartography. It es...
Today, the accuracy of position determination ashore or at sea is no longer a technical problem, but...
Modern surveying is evolving rapidly, applying new technologies and measurement techniques. Today, t...
GPS surveying has started to be use for cadastre surveys in Malaysia. In 1999, the Department of Sur...
The increase in engineering work on the continental shelf over the past decade has been matched by t...
Practical engineering applications for determination of observation stations for topographic and cad...
The use of the GPS system for survey and geodesy is a technological breakthrough that will revolutio...
The use of the GPS system for survey and geodesy is a technological breakthrough that will revolutio...
The use of the GPS system for survey and geodesy is a technological breakthrough that will revolutio...
Positioning is the greater role when determining the accurate and precision of the position of targe...
The GPS positioning technology is well known and much used in many fields. However, due to its relat...
Deep sea mining, such as is now being planned to be carried out in the Indian Ocean, requires an acc...
Positioning plays a greater role in determining the accurate and precision of the target in hydrogr...