Senkevich Yuriy Igorevich

Dr. Sci. (Tech.), Docent, Leading Researcher

Education

Higher (VVMURE im. A. S. Popova, specialty "Hydroacoustic means").

 

Job

 


Scientific interests

  • physical acoustics;
  • geoacoustics;
  • digital signal processing.

 

Publication list

System approach to identification of geopulses

Gapeev M.I., Senkevich Yu.I., Lukovenkova O.O., Solodchuk A.A.

A new system approach to the identification and systematization of geophysical pulses is described. It includes stages of detection, analysis, object and structural description, pulse classification. ...

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Gapeev M.I., Senkevich Yu.I., Lukovenkova O.O., Solodchuk A.A. System approach to identification of geopulses // J. Phys.: Conf. Ser. 2019. 1368. 052034. DOI: 10.1088/1742-6596/1368/5/052034.

Technique of Informative Features Selection in Geoacoustic Emission Signals

Senkevich Yuri, Marapulets Yuri, Lukovenkova Olga, Solodchuk Alexandra

Studies of geoacoustic emission in a seismically active region in Kamchatka show that geoacoustic signals produce pronounced pulse anomalies during the earthquake preparation and post-seismic relaxation of the local stresses field at the observation point. ...

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Senkevich, Y. I., Marapulets, Y. V., Lukovenkova, O. O., & Solodchuk, A. A. (2019). Technique of Informative Features Selection in Geoacoustic Emission Signals. SPIIRAS Proceedings, 18(5), 1066-1092. https://doi.org/10.15622/sp.2019.18.5.1066-1092

Method to form a geophysical signals catalog basedon geoacoustic emission signals

Senkevich Yu.I., Lukovenkova O.O., Solodchuk A.A.

The article is devoted to a new approach to the systematization of geophysical signals. The system approach is described. It includes stages of detection, analysis, object and structural description, classification of pulses. ...

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Senkevich Yu.I., Lukovenkova O.O., Solodchuk A.A. Method to form a geophysical signals catalog based on geoacoustic emission signals.Geosystems of Transition Zones, 2018, vol. 2, N 4, p. 409–418. (In Russ.). doi: 10.30730/2541-8912.2018.2.4.409-418

VISUAL APPLICATION DESIGN ENVIRONMENT OF OPERATING MODELS FOR ACOUSTIC AND ELECTROMAGNETIC EMISSION SIGNAL PROCESSING AND ANALYSIS

Senkevich Yu.I., Gapeev M.I.

We present a technology of creation of visual application design environment for hardwaresoftware complexes (VDE HSC) aimed at acoustic and electromagnetic emission signal processing and analysis. ...

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Senkevich Y. I., Gapeev M. I. Visual application design environment of operating models for acoustic and electromagnetic emission signal processing and analysis, Vestnik KRAUNC. Fiz.-mat. nauki. 2018, 22: 2, 71-84. DOI: 10.18454/2079-6641-2018-22-2-71-84

The use of the empirical mode decomposition method to clean and restavration acoustic emission signal

Senkevich Yu.I.

Translator The results of the study of the possibility of using the empirical mode decomposition method for cleaning geoacoustic emission signals from various types of noise are presented. ...

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Senkevich Yu.I. The use of the empirical mode decomposition method to clean and restavration acoustic emission signal // E3S Web of Conferences. 2018. Vol. 62. 03008. 12 p.

Information approach to the analysis of acoustic and electromagnetic signals

Senkevich Yu.I, Duke V.A., Mishchenko M.A., Solodchuk A.A.

The example of linguistic processing of acoustic signals of a seismic event would be an information approach to the processing of non-stationary signals. The method for converting an acoustic signal into an information message is described by identifying repetitive self-similar patterns. ...

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Senkevich Yu.I , Duke V.A., Mishchenko M.A., Solodchuk A.A. Information approach to the analysis of acoustic and electromagnetic signals // E3S Web of Conferences. 2017. Vol. 20. 02012. 9 p.