Add to ORKGAbstract- Sidescan sonar detects objects buried in the seafloor through generating images of ordnance such as sea-mine buried in sediments. The sonar operates by illuminating a broad swath of the seabed using a line array of acoustic projectors while acoustic backscattering from the illuminated sediment volume is measured. The effect of suspended sediment on the sonar imagery depends on the volume scattering strength of the suspended sediment layer. Understanding the acoustic characteristics of suspended sediment layer can aid the Navy in the detection of mines using the sonar imagery. This study describes a combined experimental and modeling effort on the volume scattering strength on the burial object detection. A range of critical values...
The aim of the Mine Underwater Detection (MUD) project at TNO is to experimentally investigate the a...
Damaged submarine fibre optic telecommunication cables are located by the use of remotely operated u...
Detection and classification of unexploded ordinance (UXO) in shallow-water environments is a proble...
Sonar operates by ensonifying a broad swath of the seabed using a line array of acoustic projectors ...
Sonar operates by ensonifying a broad swath of the seabed using a line array of acoustic projectors ...
In underwater warfare, detection of sea mines is a challenging discipline. Within the field of sea m...
Sidescan high-frequency (HF) sonar (i.e., with frequencies higher than 100 kHz) is ideally suited fo...
1. Development of accurate models for acoustic scattering from, penetration into, and propagation wi...
The collection of high-frequency (455 kHz) sides-can data from tactical sonars used in mine counter-...
This paper reports on a laboratory study into the use of sonar to detect objects, two of which exhib...
The marine acoustic techniques are powerful tools to investigate and identify the seabed objects by ...
We present the concept of a new experimental Sediment Sonar System and preliminary results from the ...
Several underwater tasks require detail visualisation of a water space and bottom features. Search a...
The backscatter responses of submerged archaeological material remain poorly Understood, To address ...
In underwater warfare, detection of sea mines is a challenging discipline. Within the field of sea m...
The aim of the Mine Underwater Detection (MUD) project at TNO is to experimentally investigate the a...
Damaged submarine fibre optic telecommunication cables are located by the use of remotely operated u...
Detection and classification of unexploded ordinance (UXO) in shallow-water environments is a proble...
Sonar operates by ensonifying a broad swath of the seabed using a line array of acoustic projectors ...
Sonar operates by ensonifying a broad swath of the seabed using a line array of acoustic projectors ...
In underwater warfare, detection of sea mines is a challenging discipline. Within the field of sea m...
Sidescan high-frequency (HF) sonar (i.e., with frequencies higher than 100 kHz) is ideally suited fo...
1. Development of accurate models for acoustic scattering from, penetration into, and propagation wi...
The collection of high-frequency (455 kHz) sides-can data from tactical sonars used in mine counter-...
This paper reports on a laboratory study into the use of sonar to detect objects, two of which exhib...
The marine acoustic techniques are powerful tools to investigate and identify the seabed objects by ...
We present the concept of a new experimental Sediment Sonar System and preliminary results from the ...
Several underwater tasks require detail visualisation of a water space and bottom features. Search a...
The backscatter responses of submerged archaeological material remain poorly Understood, To address ...
In underwater warfare, detection of sea mines is a challenging discipline. Within the field of sea m...
The aim of the Mine Underwater Detection (MUD) project at TNO is to experimentally investigate the a...
Damaged submarine fibre optic telecommunication cables are located by the use of remotely operated u...
Detection and classification of unexploded ordinance (UXO) in shallow-water environments is a proble...