Add to ORKGAirborne laser hydrography is an emerging technology which has the potential of performing large amounts of bathymetric surveys rapidly and inexpensively. The accuracy, applicability, and economics of laser bathymetric surveying are discussed. The characteristics of a scanning laser bathymetric system being developed under direction of the United States’ Defense Mapping Agency are presented
Examines the susceptibility of existing signal processing methods to errors and identifies other pos...
topographic and bathymetric airborne laser scanner or light detection and ranging (LiDAR) platform s...
Initial results from a series of joint NASA/US Army Corps of Engineers experiments are presented. Th...
Various scanning configurations for laser-based airborne hydrography are examined to assess the impl...
The utilization of remote laser sensors in water pollution detection and identification, coastal env...
The early years of laser hydrography have been traced by Guenther (1985). His review tracks the deve...
Due to a large number of available Airborne Lidar Bathymetry (ALB) survey datasets and scheduled fut...
Airborne laser bathymetry (ALB) can be used for hydrographic surveying with relative high resolution...
Traditional ship-based bathymetric surveys based on echo sounding are expensive and time consuming. ...
The National Oceanic Atmospheric Administration (NOAA) is responsible for surveying over 3.4 million...
The paper deals with underwater laser ranging system, its principle of operation and maximum depth c...
Airborne laser bathymetry (ALB) is considered to be a new technology for hydrographic purposes in sh...
An airborne laser depth sounding system was built and taken through a complete series of field tests...
This paper discusses acoustic and lasers based bathymetric systems in terms of their applicability i...
The NOAA Navigation Response Teams (NRTs) perform hydrographic surveys to support nautical charting ...
Examines the susceptibility of existing signal processing methods to errors and identifies other pos...
topographic and bathymetric airborne laser scanner or light detection and ranging (LiDAR) platform s...
Initial results from a series of joint NASA/US Army Corps of Engineers experiments are presented. Th...
Various scanning configurations for laser-based airborne hydrography are examined to assess the impl...
The utilization of remote laser sensors in water pollution detection and identification, coastal env...
The early years of laser hydrography have been traced by Guenther (1985). His review tracks the deve...
Due to a large number of available Airborne Lidar Bathymetry (ALB) survey datasets and scheduled fut...
Airborne laser bathymetry (ALB) can be used for hydrographic surveying with relative high resolution...
Traditional ship-based bathymetric surveys based on echo sounding are expensive and time consuming. ...
The National Oceanic Atmospheric Administration (NOAA) is responsible for surveying over 3.4 million...
The paper deals with underwater laser ranging system, its principle of operation and maximum depth c...
Airborne laser bathymetry (ALB) is considered to be a new technology for hydrographic purposes in sh...
An airborne laser depth sounding system was built and taken through a complete series of field tests...
This paper discusses acoustic and lasers based bathymetric systems in terms of their applicability i...
The NOAA Navigation Response Teams (NRTs) perform hydrographic surveys to support nautical charting ...
Examines the susceptibility of existing signal processing methods to errors and identifies other pos...
topographic and bathymetric airborne laser scanner or light detection and ranging (LiDAR) platform s...
Initial results from a series of joint NASA/US Army Corps of Engineers experiments are presented. Th...