Hydroacoustics, tom 10
Streszczenia 27 prac opublikowanych w tomie 10 (2023).
- Artificial neural networks for shape modeling of sea bottom.
- Harmonic generation from a finite amplitude wave circular source.
- Kohonen networks as hydroacoustic signals classifier.
- The method of determination of the acoustic characteristics of the ship.
- Comparison of acoustical estimates of fish abundance for different coverage and survey design.
- Mutual interferences reduction between sonars or barrier modules operating in the same area.
- Motion compensation problem in stripmap SAS systems.
- On acoustic backscattering by Baltic zooplankton.
- Conditions for propagation wave of finite amplitude in the Southern Baltic.
- C. Ranz Guerra Very shallow waters; a brief review of some acoustic based methods to explore the environment.
- Subdiffractive propagation in a bidimensional sonic crystal.
- The computer analysis of the weighting method of radiolocation signal type chirp.
- Seafloor relief reconstruction from side scan sonar data.
- Mine search mission planning for high definition sonar system - selection of space imaging equipment for a small AUV.
- Time variable gain for long range sonar with chirp sounding signal.
- Application of maximum-length sequences to impulse response measurement of hydroacoustic communications systems.
- On statistical linear inverse problems in fishery acoustics.
- Acoustic transects as classification units of the benthic habitat.
- Influence of chirp signal parameters on windowed matching filtration resolution.
- Numerical solver of acoustic field in simulation of artery wall thickness examinations.
- Development of an open source software to transform acoustic data for classification of benthic habitats.
- Echosounder and ADCP investigation of Baltic fauna.
- Statistical properties of the phase difference between the sound pressure and particle velocity.
- DGPS and EGNOS systems in hydrographic survey - accuracy analyses at the Polish sea area.
- Inversion techniques for ocean acoustic tomography and bottom classification based on normal mode theory.
- A novel method for amplitude and phase measurements based on multiple samples.
- Acoustic field influence on kinetics of phase transition: water - steam.