Krystian Buszman
Krystian Buszman
Polish Naval Academy
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Zitiert von
Zitiert von
Tracking underwater noise sources with the use of a passive method
I Gloza, K Buszman, R Józwiak
Acta Physica Polonica A 123 (6), 1090-1093, 2013
The passive module for underwater environment monitoring
I Gloza, K Buszman, K Listewnik
Proceedings of 11th European Conference on Underwater Acoustics, 1787-1793, 2012
The one–third–octave spectrum as a method of vessel identification
I Gloza, R Józwiak, K Buszman
Hydroacoustics 17, 2014
The multi-influence passive module for underwater environment monitoring
I Gloza, K Buszman
Hydroacoustics 14, 47-54, 2011
The multi-influence passive module for underwater environment signatures
I Gloza, K Buszman
Hydroacoustics 14, 47-54, 0
The calibration of hydroacoustic channel of mobile measurement module
K Buszman, I Gloza, R Jozwiak, K Listewnik
Proceedings of the 2nd International Conference and Exhibition on Underwater …, 2014
Improving the quality of magnetic signature reproduction by increasing flexibility of multi-dipole model structure and enriching measurement information
J Tarnawski, A Cichocki, TA Rutkowski, K Buszman, M Woloszyn
IEEE Access 8, 190448-190462, 2020
Analysing the Impact on Underwater Noise of Changes to the Parameters of a Ship’s Machinery
K Buszman
Polish Maritime Research, 2020
Detection of floating objects based on hydroacoustic and hydrodynamic pressure measurements in the coastal zone
KB M. Gloza
Polish Maritime Research 27 (2), 168-175, 2020
Examination of acoustic wave propagation in real conditions
K Buszman
Hydroacoustics 16, 11--18, 2013
Measurement campaign and mathematical model construction for the ship Zodiak magnetic signature reproduction
J Tarnawski, K Buszman, M Woloszyn, TA Rutkowski, A Cichocki, ...
Measurement 186, 110059, 2021
Magnetic signature description of ellipsoid-shape vessel using 3D multi-dipole model fitted on cardinal directions
J Tarnawski, TA Rutkowski, M Woloszyn, A Cichocki, K Buszman
IEEE Access 10, 16906-16930, 2022
Passive hydroacoustic method of detection and tracking object moving on the sea surface and floating in the depth
W Szymczak, K Buszman
Hydroacoustics 20, 2017
Sound intensity distribution as an underwater acoustic investigation process
I Gloza, K Buszman
Hydroacoustics 17, 2014
Underwater acoustic investigation using sound intensity method
I Gloza, K Buszman
Forum Acusticum, Kraków, 2014
Examination of the co-operation between echosounder and motion sensor during sea trials
W Szymczak, K Buszman
Hydroacoustics 12, 217-226, 2009
An analytical four-layer horizontal electric current dipole model for analysing underwater electric potential in shallow seawater
M Wołoszyn, K Buszman, T Rutkowski, J Tarnawski, FJ Rodrigo Saura
Scientific Reports 12 (1), 1-24, 2022
Bearing Calculation Accuracy for a Simulated Noise Source Using a Hydroacoustic Tetrahedral Antenna
K Buszman
2018 Joint Conference-Acoustics, 1-4, 2018
Investigation of the underwater noise associated with remotely-operated vehicles
K Buszman, W Mironiuk
Zeszyty Naukowe Akademii Morskiej w Szczecinie, 2018
Acoustic analysis of remote-controlled surface and underwater vehicles
K Buszman, W Szymczak, W Mironiuk
Hydroacoustics 20, 2017
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