Due to the high propagation speed and the low attenuation in the water, the sonar has played a crucial role in developing the ocean resources and the marine target detection. Therefore, simulation of the sonar detectability is indispensable to the virtual battlefield. This paper will combine the background noise model of the ocean, the reverberation model, the target strength model and the transmission loss to build the sonar performance model, and realize the calculation of the sonar detectability. Ultimately, the parameters’ effect in the sonar equation on the performance of the sonar detection is analyzed, and the validity of this model is verified by two serving sonars parameters
A set of eight sonar problems, pertaining to man-made active sonar, with source frequencies ranging ...
Sonar operates by ensonifying a broad swath of the seabed using a line array of acoustic projectors ...
Accurate environmental information is required for obtaining confident sonar performance predictions...
Since 1987 sonar performance modelling is developed at TNO Physics and Electronics Laboratory. This ...
Abstract. Focusing on the disturbance of ocean reverberation in active sonar detection, this article...
Stealth in military sonars applications may be ensured through the use of low power signals making t...
A model of reverberation in the synthetic aperture sonar is considered. A assessment of reverberatio...
Various types of passive sonar systems are used to detect submarines. These activities are complex a...
The influence of the waveform of the transmitted signal on the signal to reverberation ratio induced...
A sonar system can detect targets by listening to the acoustic waves reflected from a target. Howeve...
A comprehensive treatment of underwater reverberation mentioning the case for reverberation has been...
Abstract. The outcome of a battlefield engagement is often determined by the advantages and disadvan...
Spatial and temporal variations in sound speed can have substantial effects on sound propagation and...
During naval operations, sonar performance estimates often need to be computed in-situ with limited ...
Since the early nineties, performance modelling of active sonars has been developed at TNO in the AL...
A set of eight sonar problems, pertaining to man-made active sonar, with source frequencies ranging ...
Sonar operates by ensonifying a broad swath of the seabed using a line array of acoustic projectors ...
Accurate environmental information is required for obtaining confident sonar performance predictions...
Since 1987 sonar performance modelling is developed at TNO Physics and Electronics Laboratory. This ...
Abstract. Focusing on the disturbance of ocean reverberation in active sonar detection, this article...
Stealth in military sonars applications may be ensured through the use of low power signals making t...
A model of reverberation in the synthetic aperture sonar is considered. A assessment of reverberatio...
Various types of passive sonar systems are used to detect submarines. These activities are complex a...
The influence of the waveform of the transmitted signal on the signal to reverberation ratio induced...
A sonar system can detect targets by listening to the acoustic waves reflected from a target. Howeve...
A comprehensive treatment of underwater reverberation mentioning the case for reverberation has been...
Abstract. The outcome of a battlefield engagement is often determined by the advantages and disadvan...
Spatial and temporal variations in sound speed can have substantial effects on sound propagation and...
During naval operations, sonar performance estimates often need to be computed in-situ with limited ...
Since the early nineties, performance modelling of active sonars has been developed at TNO in the AL...
A set of eight sonar problems, pertaining to man-made active sonar, with source frequencies ranging ...
Sonar operates by ensonifying a broad swath of the seabed using a line array of acoustic projectors ...
Accurate environmental information is required for obtaining confident sonar performance predictions...