Search Results - "Kuzkin, V. M."

Adaptive Method for Holographic Processing of Broadband Hydroacoustic Signals by Kuz’kin, V. M., Pereselkov, S. A., Rybyanets, P. V., Tkachenko, S. F.

“…A new adaptive method is proposed for holographic processing of broadband hydroacoustic signals using vector-scalar receivers. The method allows underwater…”
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Resolution of Hydroacoustic Noise Signals under Conditions of Spatial–Temporal Variability of Ocean Environment by Kuz’kin, V. M., Pereselkov, S. A., Rybyanets, P. V., Tkachenko, S. A.

“…Holographic processing of hydroacoustic noise signals in randomly inhomogeneous ocean environment is presented. A method of hologram purification from a…”
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Holographic Method for Localizing an Underwater Noise Source in a Shallow Sea by Glushchenko, M. Yu, Kuz’kin, V. M., Matvienko, Yu. V., Pereselkov, S. A., Khvorostov, Yu. A., Tkachenko, S. A.

“…The article presents the results of a high-frequency experiment to detect and determine the bearing of a small-sized underwater noise sound source, carried out…”
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Spectrogram and localization of a sound source in shallow water by Kuznetsov, G. N., Kuz’kin, V. M., Pereselkov, S. A.

“…The paper describes an approach to detecting a sound source and estimating the radial velocity and distance from the receiver, based on repeat Fourier…”
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Range of Detection of Underwater Sound Source by Kuz’kin, V. M., Pereselkov, S. A., Tkachenko, S. A., Matvienko, Yu. V., Khvorostov, Yu. A.

“…The maximum range of detection of an autonomous underwater vehicle (AUV) in the high-frequency region has been estimated range applying holographic processing…”
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Robustness of Holographic Processing of Hydroacoustic Signals in the Presence of Intense Internal Waves by Kuz’kin, V. M., Pereselkov, S. A., Badiey, M., Ladykin, N. V., Malykhin, A. Yu, Tkachenko, S. A.

“…The robustness of the holographic processing of hydroacoustic broadband signals with respect to the spatial and temporal inhomogeneities of the ocean medium…”
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An Interferometric Method for Detecting a Moving Sound Source with a Vector-Scalar Receiver by Kaznacheev, I. V., Kuznetsov, G. N., Kuz’kin, V. M., Pereselkov, S. A.

“…The paper discusses the conditions imposed on the spectrum of an emitted signal for which the interferometric method of detecting a moving sound source in…”
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Interference Method for Estimating the Coordinates of a Moving Noise Source in Shallow Water Using High-Frequency Signals by Pereselkov, S. A., Kuzkin, V. M., Kuznetsov, G. N., Prosovetsky, D. Yu, Tkachenko, S. A.

“…The article presents the results of a high-frequency experiment to localize a moving noise source using a cylindrical small-sized vector–scalar array…”
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Holographic Processing of Electrocardiograms by Stadnaya, N. P., Lukinskikh, S. P., Pereselkov, S. A., Pereselkov, A. S., Kuz’kin, V. M.

“…Holographic processing of electrocardiograms is proposed on the basis of the windowed Fourier transform of the electrocardiosignal that converts it from the…”
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Interferometric Processing of Hydroacoustic Information in the Presence of Intense Internal Waves by Kaznacheeva, E. S., Kuz’kin, V. M., Pereselkov, S. A.

“…The results of numerical simulation of interferometric processing of hydroacoustic information for two frequency ranges in the case where intense internal…”
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Mode Selection in Oceanic Waveguides by Kuz’kin, V. M., Matvienko, Yu. V., Pereselkov, S. A., Prosovetskii, D. Yu, Kaznacheeva, E. S.

“…A method is proposed for selecting modes and estimating their parameters in shallow water using a single receiver. The method is based on the two-dimensional…”
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Holographic Method for Mode Selection in a Shallow Sea in the Presence of Intense Internal Waves by Kuz’kin, V. M., Matvienko, Yu. V., Pereselkov, S. A., Kaznacheeva, E. S., Tkachenko, S. A.

“…The results are reported of the numerical experiment on evaluating a holographic method for mode selection in a shallow water area against a background of…”
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Detection of a Noise Signal in an Oceanic Waveguide Using a Vertical Array by Kuz’kin, V. M., Pereselkov, S. A., Matvienko, Yu. V., Tkachenko, S. A.

“…Interferometric processing of hydroacoustic information using a vertical linear array is described. A relationship is found between the spectral density of the…”
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Adaptive Algorithms for Interferometric Processing by Kaznacheeva, E. S., Kuz’kin, V. M., Lyakhov, G. A., Pereselkov, S. A., Tkachenko, S. A.

“…— A numerical experiment on approving adaptive sound-source localization algorithms making it possible to solve the inverse problem in the absence of data on…”
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Interferometry in Acoustic-Data Processing Using Extended Antennas. Space–Time Analogy by Kaznacheev, I. V., Kuz’kin, V. M., Kutsov, M. V., Lyakhov, G. A., Pereselkov, S. A.

“…A theory of interferometric processing of hydroacoustic data using an extended antenna is presented. An explicit relationship between the 2D spectral density…”
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Noise source localization in shallow water by Kuznetsov, G. N., Kuz’kin, V. M., Pereselkov, S. A., Kaznacheev, I. V.

“…The possibilities of the method for detecting a noise source, estimating its radial velocity and its distance from the receiver, based on the double Fourier…”
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Interferometric Direction Finding by a Vector-Scalar Receiver by Kuz’kin, V. M., Pereselkov, S. A., Kuznetsov, G. N., Kaznacheev, I. V.

“…A method for interferometric direction finding of a broadband sound source in an oceanic waveguide by a single vector-scalar receiver is presented. The method…”
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Intense Internal Waves and Their Manifestation in the Interference Patterns of Received Signals on Oceanic Shelf. Part II by Badiey, M., Kuz’kin, V. M., Lyakhov, G. A., Pereselkov, S. A., Prosovetskiy, D. Yu, Tkachenko, S. A.

“…Data of the SWARM-95 experiment, where intense internal waves on a stationary path led to coupling of acoustic source field modes, have been processed. The…”
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Interference immunity of an interferometric method of estimating the velocity of a sound source in shallow water by Kuznetsov, G. N., Kuz’kin, V. M., Pereselkov, S. A., Prosovetskiy, D. Yu

“…We describe an algorithm for estimating the radial component of the velocity of a sound source based on information about frequency shifts of the interference…”
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Direction Finding of a Noise Sound Source by Kuznetsov, G. N., Kuz’kin, V. M., Lyakhov, G. A., Pereselkov, S. A., Prosovetskiy, D. Yu

“…A new direction-finding algorithm has been proposed based on the interferometric localization of a noise sound source. It implies the use of a single…”
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