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Mikhail Y. Plotnikov,
PhD, ITMO University
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Research interests
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Research interests include interferometric measurements, demodulation techniques of interference signals, digital signal processing by programmable logic integrated circuits, mathematical modeling and fiber optic sensors.
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Features of the PhD program
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The work is carried out within existing research projects
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List of the supervisor’s research projects (participation/supervision)
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No. 12445 Research work "Investigation of the physical mechanisms and nature of noise in integrated optical circuits and their influence on precision optical measurements";
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№ 219951 TR "Development of a fiber-optic gyroscope for control and measuring devices in ground transport systems";
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R&D No. 220001 "Development of a high-temperature fiber-optic sensor for monitoring thermal processes in the combustion chambers of turboshaft engines";
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No. 221018 R&D “Development of a system of fiber-optic channels for measuring and signaling media parameters”;
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R&D No. 220036 "Development, manufacture and testing of a spectral sensor model for indicating the operating mode of the afterburner of an AL type engine."
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No. 219978 Deliveries "Production of optical amplification units"
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No. 22107 Deliveries "Transfer of ownership of the product BOU type 2 SNAB.433762.006".
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List of potential thesis topics
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Development of methods for monitoring the parameters of fiber-optic communication lines based on coherent reflectometry.
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Development and research of signal processing algorithms in temperature sensors based on the Fabry-Perot interferometer
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Investigation of ways to improve the technical characteristics of fiber-optic interferometric sensors in dynamic applications.
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Publications in the last five years
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17
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Key publications
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Plotnikov M.Y., Volkov A.V. Adaptive Phase Noise Cancellation Technique for Fiber-Optic Interferometric Sensors//Journal of Lightwave Technology, 2021, pp. 4853-4860.https://doi.org/10.1109/JLT.2021.3075781
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Plotnikov M.Y., Lavrov V.S., Dmitrashchenko P.Y., Kulikov A.V., Meshkovsky I.K. Thin cable fiber-optic hydrophone array for passive acoustic surveillance applications. IEEE Sensors Journal. 2019. Vol. 19. No. 9. pp. 3376-3382. https://doi.org/10.1109/JSEN.2019.2894323
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Aleksandr A.Vlasov, Mikhail Y.Plotnikov, Sergey A.Volkovsky, Artem S.Aleinik, Evgeny A.Motorin, Ilya A.Sharkov, Aleksandr A.Makarenko. Development of the passive vibroacoustic isolation system for the path matched differential interferometry based fiber-optic sensors // Optical Fiber Technology, Vol. 57 (July 2020), No. 102241, pp. 1-7.https://doi.org/10.1016/j.yofte.2020.102241
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Nikitenko A.N., Plotnikov M.Y., Volkov A.V., Mekhrengin M.V., Kireenkov A.Y. PGC-Atan demodulation scheme with the carrier phase delay compensation for fiber-optic interferometric sensors // IEEE Sensors Journal - 2018, Vol. 18, No. 5, pp. 1985 – 1992 https://doi.org/10.1109/JSEN.2018.2792540
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Volkov A.V., Plotnikov M.Y., Mekhrengin M.V., Miroshnichenko G.P., Aleynik A.S. Phase Modulation Depth Evaluation and Correction Technique for the PGC Demodulation Scheme in Fiber-Optic Interferometric Sensors // IEEE Sensors Journal - 2017, Vol. 17, No. 13, pp. 1-8 http://dx.doi.org/10.1109/JSEN.2017.2704287
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The most significant results of intellectual activity
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Patent No. 151870. Fiber-optic hydrophone. Plotnikov M.Yu., Meshkovsky I.K., Kulikov A.V. No. 2014132129/28, Appl. 08/04/2014, publ. 20.04.2015 Bull. No. 11. Priority from: 08/04/2014.
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Patent No. 2595320 Russian Federation, IPC G01B 9/02 G01C 19/72. A method for monitoring the signal parameters of a fiber-optic interferometric phase sensor with a tunable source of optical radiation. Meshkovsky I.K., Miroshnichenko G.P., Mekhrengin M.V., Plotnikov M.Yu. No. 2015129323/28, Appl. 07/16/2015, publ. 06/16/2016 Bull. No. 24. Priority dated 16.07.2015.
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Patent No. 2646420 Russian Federation, IPC: H01S 5/042, G01B 9/02, G02F1/00. Method for frequency-pulse modulation of a semiconductor laser source of optical radiation for interrogating optical interferometric sensors. Kireenkov A.Yu., Aleinik A.S., Plotnikov M.Yu., Mekhrengin M.V. Priority from 11/23/2016.
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Patent No. 2678708 Russian Federation, IPC: G01B 9/02. A method for determining the difference in arm lengths in a two-beam fiber-optic interferometer. Kireenkov A.Yu., Aleinik A.S., Plotnikov M.Yu. Priority from 11/23/2017.
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Patent No. 2713028 Russian Federation, IPC: G01B 9/02, G01C 19/72. Method for measuring the phase signal of a fiber-optic interferometric sensor. Miroshnichenko G.P., Plotnikov M.Yu., Volkov A.V. Priority from 05/22/2019.
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Patent No. 2719635 Russian Federation, IPC: G01B 9/02. Method for measuring the phase signal of a two-beam fiber-optic interferometer. Plotnikov M.Yu., Volkov A.V. Priority from 06/04/2019.
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Patent No. 2741772 Russian Federation, IPC: G01H 9/00. Cable section of a towed fiber-optic sonar streamer. Lavrov V.S., Plotnikov M.Yu., Aksarin S.M., Kulikov A.V., Meshkovsky I.K., Dmitrashchenko P.Yu. Priority dated 08/01/2019.
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Patent No. 2742106 Russian Federation, IPC: G01B 9/02. Method for measuring the phase signal of a two-beam fiber-optic interferometer. Vlasov A.A., Plotnikov M.Yu., Aleinik A.S. Priority from 05/22/2020.
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Application WO2021020987A1, H04R 1/44.Cable section of a towed fibre optic hydroacoustic streamer, V. S.Lavrov, M.Y. Plotnikov, S.M.Aksarin, A. V. Kulikov , I.K.Meshkovsky, P. Y. Dmitraschenko. Date of application 01.08.2019.a
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Requirements for a graduate student
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https://physics.itmo.ru/en/vacancy/75
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Code of the subject area of the PhD program
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