Add to ORKGPaper presents initial results o laboratory tests of the sonar selected as a short range tool for an underwater vehicle. It is intended for bottom located object search and identification. To evaluate sonar imaging capability expressed by its resolution, several parameters were investigated. First group of parameters regards the sonar itself, while the second regards an object material and dimensions and shape. Their cross-influence was investigated for different distances from hydrophone to an object of interest and different hydrophone elevation angles. Experiments were performed in a shallow water laboratory tank
Sidescan high-frequency (HF) sonar (i.e., with frequencies higher than 100 kHz) is ideally suited fo...
A high-frequency, short-range sonar is tested for trawl-geometry measurements on pelagic and bottom ...
A high-frequency, short-range sonar is tested for trawl-geometry measurements on pelagic and bottom...
Paper presents initial results o laboratory tests of the sonar selected as a short range tool for an...
Several underwater tasks require detail visualisation of a water space and bottom features. Search a...
Basic problem in design of an AUV as a platform that will be used for detailed area search, is selec...
A dichotomy between depth penetration and resolution as a function of sonar frequency, draw resoluti...
A dichotomy between depth penetration and resolution as a function of sonar frequency, draw resoluti...
Design and experimental investigations of a side scanning sonar system developed for scanning the un...
Forensic personnel must deal with numerous challenges when searching for submerged objects. While tr...
Forensic personnel must deal with numerous challenges when searching for submerged objects. While tr...
The detection of small seabed targets has predominantly been achieved through the use of deep-towed ...
93 p.Law enforcement and search and rescue personnel are frequently required to search for drowning ...
The accurate detection and identification of underwater targets continues as a major issue, despite,...
Forensic personnel must deal with numerous challenges when searching for submerged objects. While tr...
Sidescan high-frequency (HF) sonar (i.e., with frequencies higher than 100 kHz) is ideally suited fo...
A high-frequency, short-range sonar is tested for trawl-geometry measurements on pelagic and bottom ...
A high-frequency, short-range sonar is tested for trawl-geometry measurements on pelagic and bottom...
Paper presents initial results o laboratory tests of the sonar selected as a short range tool for an...
Several underwater tasks require detail visualisation of a water space and bottom features. Search a...
Basic problem in design of an AUV as a platform that will be used for detailed area search, is selec...
A dichotomy between depth penetration and resolution as a function of sonar frequency, draw resoluti...
A dichotomy between depth penetration and resolution as a function of sonar frequency, draw resoluti...
Design and experimental investigations of a side scanning sonar system developed for scanning the un...
Forensic personnel must deal with numerous challenges when searching for submerged objects. While tr...
Forensic personnel must deal with numerous challenges when searching for submerged objects. While tr...
The detection of small seabed targets has predominantly been achieved through the use of deep-towed ...
93 p.Law enforcement and search and rescue personnel are frequently required to search for drowning ...
The accurate detection and identification of underwater targets continues as a major issue, despite,...
Forensic personnel must deal with numerous challenges when searching for submerged objects. While tr...
Sidescan high-frequency (HF) sonar (i.e., with frequencies higher than 100 kHz) is ideally suited fo...
A high-frequency, short-range sonar is tested for trawl-geometry measurements on pelagic and bottom ...
A high-frequency, short-range sonar is tested for trawl-geometry measurements on pelagic and bottom...