Add to ORKGVarious current and future problem areas of marine geodesy are identified. These oceanic problem areas are highly diversified and include submersible navigation under ice seas, demarcation and determination of boundaries in deep ocean, tsunamis, ecology, etc., etc. Their achieved as well as desired positional accuracy estimates, based upon publications and discussions, are also given. A multipurpose approach to solve these problems is described. An optimum configuration of an ocean-bottom control-net unit is provided
The accurate geodetic position of underwater hydrophones and transponders must be knovn to determine...
The Naval Oceanographic Office (NAVOCEANO) and the U. S. Navy’s Fleet Survey Team (FST) conduct worl...
Data acquisition using single image and seven image data processing is used to provide a precise and...
Marine geodesy during and since World War II has occupied a significant place in the military whenev...
The requirements for marine and satellite geodesy technology are assessed with emphasis on the devel...
The ocean accounts for approximately 71% of the total area of the Earth. Whether it is studying the ...
An increase in the use of geomorphometry in the marine environment has occurred in the last decade....
The mathematical apparatus available to geodesists for the task of positioning on the surface of a r...
We propose an international, collaborative surface-ship-based effort to survey the world\u27s ocean ...
This paper deals with the satellite global positioning (GPS or GLONASS) in marine cartography. It es...
A study of the environmental constraints and engineering aspects of the acoustic portion of a system...
Geodetic techniques in detecting and monitoring geodynamic phenomena are reviewed. Specific areas co...
Measuring seafloor motion in shallow coastal water is challenging due to strong and highly variable ...
Perhaps the most lucrative field for exploration and exploitation remaining in the world today consi...
Potential use of satellites for enhancing positioning capabilities and for marine geodetic contro
The accurate geodetic position of underwater hydrophones and transponders must be knovn to determine...
The Naval Oceanographic Office (NAVOCEANO) and the U. S. Navy’s Fleet Survey Team (FST) conduct worl...
Data acquisition using single image and seven image data processing is used to provide a precise and...
Marine geodesy during and since World War II has occupied a significant place in the military whenev...
The requirements for marine and satellite geodesy technology are assessed with emphasis on the devel...
The ocean accounts for approximately 71% of the total area of the Earth. Whether it is studying the ...
An increase in the use of geomorphometry in the marine environment has occurred in the last decade....
The mathematical apparatus available to geodesists for the task of positioning on the surface of a r...
We propose an international, collaborative surface-ship-based effort to survey the world\u27s ocean ...
This paper deals with the satellite global positioning (GPS or GLONASS) in marine cartography. It es...
A study of the environmental constraints and engineering aspects of the acoustic portion of a system...
Geodetic techniques in detecting and monitoring geodynamic phenomena are reviewed. Specific areas co...
Measuring seafloor motion in shallow coastal water is challenging due to strong and highly variable ...
Perhaps the most lucrative field for exploration and exploitation remaining in the world today consi...
Potential use of satellites for enhancing positioning capabilities and for marine geodetic contro
The accurate geodetic position of underwater hydrophones and transponders must be knovn to determine...
The Naval Oceanographic Office (NAVOCEANO) and the U. S. Navy’s Fleet Survey Team (FST) conduct worl...
Data acquisition using single image and seven image data processing is used to provide a precise and...