The dataset acquired by an echo sounder generally comprises outliers and erroneous measurements which must be automatically processed. The main aim of this research is the development and validation of an algorithm which permits detecting outliers, estimating their real value from data acquired with a multifrequency echo sounder, and verifying the measure according to the desired accuracy. The process considers the nature of the seabed and improves the density and number of lectures without globally compromising the precision, but enhancing it in areas with anomalous measurements. Twenty-nine percent of this type of measurements, which would have been otherwise rejected, have been estimate
In a world of high precision sensors, one of the few remaining challenges in multibeam echosounding ...
In this contribution bathymetric uncertainties induced by the use of frequency modulated (FM) signal...
Realistic predictions of the contribution of the various sources affecting the quality of the bathym...
Multibeam Echosounder data is a powerful method for rapidly mapping the seabed, either from the wate...
The Oceanographic and Hydrographic service of the Navy (SHOM) has been using two MultiBeam Echo-Soun...
Abstract Currently, during the operation in shallow waters, scanning systems, such as multibeam syst...
An approach to automatic detection of outliers in multibeam echo sounding data is developed by simul...
Currently, during the operation in shallow waters, scanning systems, such as multibeam systems, are ...
We present a method for accurately estimating the bathymetry from multi-beam echo-sounder (MBES) tra...
Abstract: The scientific community and advanced users have a need for accurately calibrated measurem...
An important research question is how to adequately correct multi-beam echo sounder (MBES) bathymetr...
The amount of data produced in an echo sounder has grown exponentially with scanning systems such as...
Phase-differencing side-scan sonar systems produce co-located bathymetry in addition to each side-sc...
This paper presents the CUBE (Combined Uncertainty and Bathymetry Estimator) algorithm. Our aim is t...
Acoustical measurements by single beam echo sounders in the Cleaver Bank area of the North Sea are d...
In a world of high precision sensors, one of the few remaining challenges in multibeam echosounding ...
In this contribution bathymetric uncertainties induced by the use of frequency modulated (FM) signal...
Realistic predictions of the contribution of the various sources affecting the quality of the bathym...
Multibeam Echosounder data is a powerful method for rapidly mapping the seabed, either from the wate...
The Oceanographic and Hydrographic service of the Navy (SHOM) has been using two MultiBeam Echo-Soun...
Abstract Currently, during the operation in shallow waters, scanning systems, such as multibeam syst...
An approach to automatic detection of outliers in multibeam echo sounding data is developed by simul...
Currently, during the operation in shallow waters, scanning systems, such as multibeam systems, are ...
We present a method for accurately estimating the bathymetry from multi-beam echo-sounder (MBES) tra...
Abstract: The scientific community and advanced users have a need for accurately calibrated measurem...
An important research question is how to adequately correct multi-beam echo sounder (MBES) bathymetr...
The amount of data produced in an echo sounder has grown exponentially with scanning systems such as...
Phase-differencing side-scan sonar systems produce co-located bathymetry in addition to each side-sc...
This paper presents the CUBE (Combined Uncertainty and Bathymetry Estimator) algorithm. Our aim is t...
Acoustical measurements by single beam echo sounders in the Cleaver Bank area of the North Sea are d...
In a world of high precision sensors, one of the few remaining challenges in multibeam echosounding ...
In this contribution bathymetric uncertainties induced by the use of frequency modulated (FM) signal...
Realistic predictions of the contribution of the various sources affecting the quality of the bathym...