Add to ORKGWe present the concept of a new experimental Sediment Sonar System and preliminary results from the first sea trials. The planar (2-dim) array produces 3-dimensional images of the upper sediment layer. These can be used for detection and classification of buried objects by means of image processing methods. Since the system is ship mounted, it provides a high degree of flexibility with respect to search rate, target/bottom type selection and aspect angle diversity. Besides the classification of objects in different environments the system allows the application and investigation of new signal processing methods like motion compensation, autofocus and synthetic aperture. During the first sea trials, several objects like spheres and cylinders...
International audienceThis paper is concerned with the problem of recognition of objects laying on t...
Examination of the seabed in the waterfront of the port and under the major sea–lanes is very import...
The modern underwater acoustic equipment, like multibeam sonar, is able to provide the data which al...
With the development of 21th century seabed imaging sonar technology, more and more attention is pai...
With the development of 21th century seabed imaging sonar technology, more and more attention is pai...
In underwater warfare, detection of sea mines is a challenging discipline. Within the field of sea m...
Several underwater tasks require detail visualisation of a water space and bottom features. Search a...
International audienceIn order to improve the Mine Countermeasures capability, there is a need to in...
This paper reports on a laboratory study into the use of sonar to detect objects, two of which exhib...
Abstract- Sidescan sonar detects objects buried in the seafloor through generating images of ordnanc...
The aim of the Mine Underwater Detection (MUD) project at TNO is to experimentally investigate the a...
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...
International audienceThis paper is concerned with the problem of recognition of objects laying on t...
International audienceThis paper is concerned with the problem of recognition of objects laying on t...
International audienceThis paper is concerned with the problem of recognition of objects laying on t...
Examination of the seabed in the waterfront of the port and under the major sea–lanes is very import...
The modern underwater acoustic equipment, like multibeam sonar, is able to provide the data which al...
With the development of 21th century seabed imaging sonar technology, more and more attention is pai...
With the development of 21th century seabed imaging sonar technology, more and more attention is pai...
In underwater warfare, detection of sea mines is a challenging discipline. Within the field of sea m...
Several underwater tasks require detail visualisation of a water space and bottom features. Search a...
International audienceIn order to improve the Mine Countermeasures capability, there is a need to in...
This paper reports on a laboratory study into the use of sonar to detect objects, two of which exhib...
Abstract- Sidescan sonar detects objects buried in the seafloor through generating images of ordnanc...
The aim of the Mine Underwater Detection (MUD) project at TNO is to experimentally investigate the a...
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...
International audienceThis paper is concerned with the problem of recognition of objects laying on t...
International audienceThis paper is concerned with the problem of recognition of objects laying on t...
International audienceThis paper is concerned with the problem of recognition of objects laying on t...
Examination of the seabed in the waterfront of the port and under the major sea–lanes is very import...
The modern underwater acoustic equipment, like multibeam sonar, is able to provide the data which al...