CURRICULUM VITAE

Name, family name: Mikhail Galaktionov

Born: October 1, 1961 in Moscow, Russia (USSR)

Family status: Married, one son

Home:
Address: 1108-4900 Chemin de la Cote-St-Luc, Montreal, QC, H3W 2H3 (from September 23, 2005)
Phone: (1514)680-9123, Mobile: (+1514)994-6492
E-mail: galaktiom@yahoo.ca

Graduated: Lomonosov State University, Moscow, Faculty of Mathematics and Mechanics (1978 - 1986); Ph.D. in Acoustics (March 1992)

Professional experience:

• 2005 - till now: Adviser of the General director of the CTS-Centre, JSC (supplier of ingeneering systems). Address: #13 building 37, 2nd Zvenigorodskaya street, Moscow, Russia. Phone: (7495)231-3366
• 2001 - till now: PDG (General director) of ARCOMTEL, Ltd (software and system development for telecommunication devices, especially for sky-frame earth data transmition stations). Address: #8, Planernaya station, Himki, Moscow region, Russia. Phone: (7495)231-3363
• March 1997 - november 2004: IT-director of the CTS group of engeneering compagnies (www.cts.ru)
• 1986 - 2000: scientist, senior scientist, group of Signal and Sonar Simulations in the Laboratory of Inverse Problems and Processing of Signals, in the Federal Scientific Center "Andreev Acoustics Institute", Moscow (Address: #4, Shvernika street, Moscow 117036 Russia)
• 1994: engineer-researcher in LASSSO - ICPE Lyon (6 months) (chief Manell E. Zakharia)
• 1993: Post-doctoral position in the laboratory IFREMER/DITI/AS/ASM (chief Xavier Lurton)

Main realized works:

• Theoretical and numerical study of the Small-Slope Approximation of sound scattering from rough surfaces (sea waving surface).
• Theoretical and numerical studying of statistical moments of sound fields in the ocean.
• Development of software system for sonar simulation and evaluation for 3D sea environments.
• 1995: Theoretical and numerical study on optimization of the observer's maneuver for source localization and tracking (for the Thomson-Sintra ASM Company, France).
• 1995-1997: Development of an active sonar system for shallow waters for Sanders, a Lockheed Martin Company, USA.
• 1996-1997: Member of a group developping a side-scan sonar for environmental purposes in very shallow waters for the Lawrence Livermor National Laboratory, USA.

Languages:

• French: Fluid (spoken, written),
• English: Good knowledge (spoken, written).

1998

1. with Borodin V.V.: Application of The Forward-Scattering Method to Underwater Acoustics Problems. Applied Physics Institute Editions, Nizhniy Novgorod, 1998.
   English version (600K Ziped MS-Winword 97).
2. with V.V. Borodin and V.M Lekomtsev: Theoretical and Simulation Study on Optimization of Observer's Maneuver.
3. Study on Forward-Scattered Reverberation in Shallow Water Environments: Theoretical Model, Computer Simulation and Experiment.
4. New Combined Numerical Model of Sound Scattering from Rough Surfaces with Complex Spectral Constitution: Simulation and Experimental Verification.

1997

5. with Borodin V.V.: New Mathematical Model of Sound Field Fluctuations in Shallow Water Environments with Boundary and Volume Roughness. In: Field Forming in Shallow Water Environments, Applied Physics Institute Editions, Nizhniy Novgorod, 1997.
   English version (122K Ziped MS-Winword 6.0).
   Russian version (134K Ziped MS-Winword 6.0).
   Contents and bibliography analysis on Russian (40K Ziped MS-Winword 6.0).
6. with Borodin V.V. and Mamayev A.V.: Numerical and Experimental Study of Sound Field Forming in Shallow Water Environments. In: Proceedings of the IWUAETHC'97 Conference, Harbin, China, 1997.
   English version (82K Ziped MS-Winword 6.0).
7. with Borodin V.V. and Mamayev A.V.: Numerical and Experimental Study of Sound Field Forming in Shallow Water Environments. In: Field Forming in Shallow Water Environments, Applied Physics Institute Editions, Nizhniy Novgorod, 1997.
   English version (194K Ziped MS-Winword 6.0).

1994

8. with E.A.Kopyl and A.B.Volkova: Comparison of The Small-Slope and Dual-Scale Approximations for Computation of Sound Scattering Index for Sea Waving Surfaces. Phys.Acoust., v.40 (1994), N 1, p.63-66.
9. with E.A. Kopyl: Simulation of Angle-Frequency Spectra of Sounds Scattered from The Sea Waving Surface. In: Galaktionov M.Yu. (Ed.) Recent aspects of Russian Underwater acoustics, IFREMER Editions, 1994.
10. with V.V. Borodin and G.R. Minasian: General Statistical Approach to The Acoustical Tomography of The Ocean. In: Galaktionov M.Yu. (Ed.) Recent aspects of Russian Underwater acoustics, IFREMER Editions, 1994.
11. with I.B. Andreeva: Numerical Models of Sound Scattered from Isolated sea Organisms. In: Galaktionov M.Yu. (Ed.) Recent aspects of Russian Underwater acoustics, IFREMER Editions, 1994.
12. with V.V. Borodin and G.R. Minasian: Universal Wave Statistical Approach to The Acoustical Tomography of The Ocean. In Proceedings of the OCEANS'94 OSATES Conference, 1994.
13. with Aviloff C.V and Ivanitskaya L.A.: Computer System for simulation of underwater sound propagation in 2D and 3D environments. UDT'94 Conference, London, 1994.
14. Diffused Sound Angular-Frequency Spectrum of The Ocean Wiving Surface: Application and Numerical Investigation of The Small-Slope Method. Proceeding of the 2nd European Conference on Underwater Acoustics, Copenhag, 1994.

1993

15. About Possibility of Detection of Underwater Objects by Super-Low Frequency Modulations of Sound Fields. UDT'93 Conference, Cannes, France.
16. Theoretical Study on Pulse Response from Fish Schools. IFREMER report, 1993.
17. Modeling of Angle Structure and Attenuation Coefficient of The Total Field of an Acoustical Source in The Ocean with Account to Scattering from Sea Surface and Bottom. Proceedings of the 3rd French Conference on Acoustics, 1994.
18. Estimation of Sound Fluctuations in The Ocean by Using The Ray Theory and The Mean Intensity Approach. IFREMER Report, 1993.

1992

19. Study on Detection of Hydrodynamic Fields of Undersea Objects Based on Super-Low Frequency Modulations of Sound Fields. Ph.D. Thesis in Acoustics, Andreev Acoustics Institute, Moscow, 1992.
20. Computation of Directivity of Sea Ambient Noise with Account to Multiple Scattering from Sea Waving Surfacce. In Proceeding of the 2nd French Conference on Acoustics, J.de Physique Editions, 1992.

1991

21. Application of New Theoretical Approaches to Computation of Scattering Index for Scalar Fields Scattered from Rough Surfaces with Complex Spectral Constitution. Sov. Phys. Acoust, v.37 (1991), N 2.

1990

22. Simulation of Internal Waves Generated by a Thin Object in a Stratified Medium. In proceedings of the 3rd All-Union Conference on vortexes in the ocean, 1990.
23. with P.V. Sakov, A.T. Skvortsov and Yu.I. Skrynnikov: Sound Scattering from a Turbulent Volume in Stratified Sea Environments. In proceedings of the 3rd All-Union Conference on vortexes in the ocean, 1990.