Gleb V. Tcheslavski.pdf - Lamar University Electrical Engineering

Gleb V. TcheslavskiEE Department, Lamar University, 211 Redbird Ln., Box 10029, Beaumont, TX, 77710-0029, USAWork-phone: 409-880-7622, mobile-phone (emergency only): 540-230-1824E-mail: gleb@lamar.edu, gt.lamar@gmail.com, Web: http:www.ee.lamar.edu/gleb/index.htmSUMMARY:Experience in Digital Signal Processing, Biomedical Signal and Image Processing, Radar Simulation and SP, Statistical SP.Significant Teaching Experience. Background in Electrical/Electronics Engineering.EDUCATION:PhD, Electrical and Computer Engineering, December 12, 2005, Virginia Tech, Blacksburg, VADissertation title: “Coherence and Phase Synchrony Analysis of Electroencephalogram”.Dissertation Advisor: Prof. A.A. (Louis) BeexB.S. and M.S. equivalent, Electronic Engineering, May 1996; May 1997,Bauman Moscow State Technical University, Moscow, RussiaBS Diploma title: “Development and Implementation of a Wireless Computer Network Link”;MS Diploma title: “Development and Simulation of Millimeter Band Radar with Long Sounding Signals”.Selected courses (Virginia Tech and BSMTU): Spectral Estimation and Modeling; Sensor Array Signal Processing; DigitalCommunications; Advanced DSP and Filter Design; DSP and Filter Design; Stochastic Signals and Systems; Wavelets and FilterBanks; Numerical Analysis; Mathematical Methods in Engineering; Electromagnetic Waves;Radio-automation; Linear Electrodynamics and Circuits; Signal Processing; Control Systems; Control and Communication Systems withSpread-Spectrum Signals; Modeling of Radio Systems; Cellular Systems; Satellite Communication and Navigation Systems; Radio andOptical Detection; Radio Receivers; Radio Transmitters.RESEARCH EXPERIENCE:University of Houston, Department of Electrical and Computer Engineering, PostDoctoral Fellow: Feb 2006 – July 2007.- development of software, design of hardware, assembly and testing of a prototype of a mobile neuro-imaging systemsuitable for the operating roomVirginia Tech, the Bradley Department of Electrical & Computer Engineering, DSP Research Laboratory, GraduateStudent; August 2002 – December 2005.- development and evaluation of DSP tools (Matlab) to discriminate between individuals with and without ADD/ADHDbased on their Electroencephalogram;- investigation of the applicability of the developed methods to other psychological tasks, such as smokers detectionVirginia Tech, Department of Forestry, Research Assistant; May 2002 – August 2002.- Development & optimization of software (Python) for analysis of air photos of urban forests for environmental study;- image processing using ArcViewVirginia Tech, the Bradley Department of Electrical & Computer Engineering, Electromagnetic Interactions ResearchLaboratory, Graduate Research Assistant; January 2001 – May 2002.- development of a computer-based model (Matlab, Fortran) of EM wave scattering from a random rough surfaceBauman Moscow State Technical University, the Department of Radio-Electronics, Graduate Student and ResearchAssistant; September 1995 – May 1997- development, implementation, and testing of a digital portion of a wireless computer network link utilizing satellite TVreceivers (PCAD, PSPICE);- development, implementation, and evaluation of algorithms (Pascal) for a mm-band radar with long sounding signalsTEACHING EXPERIENCE:Lamar University, the Department of Electrical Engineering, Associate Professor; August 2014 – present.- teaching two to three Undergraduate and Graduate level courses per academic semester (including curriculumdevelopment, lecture material delivery, assigning Homework, Projects, administering examinations, etc.);- conducting externally funded research;- advising graduate students during their thesis workLamar University, the Department of Electrical Engineering, Assistant Professor; August 2008 – May 2014.- teaching three Undergraduate and Graduate level courses per academic semester (including curriculum development,lecture material delivery, leading lab exercises, assigning Homework, Projects, administering examinations, etc.);- conducting externally funded research;- advising graduate students during their thesis workLamar University, the Department of Electrical Engineering, Visiting Assistant Professor; August 2007 – May 2008.- teaching two to three Undergraduate and Graduate level courses per academic semester;- upgrade and re-design of Electric Machines Laboratory implementing LabVolt;Virginia Tech, the Department of Physics, Graduate Teaching Assistant; August 2002 – December 2005.- teaching General Physics Laboratory (approx. 80 college students);- leading recitation sessions for PHYS 2306 General Physics;- grading homework and laboratory reports and advising students during common office hoursLast modified: August 27, 2014

Bauman Moscow State Technical University, the Department of Radio-Electronics, Radio-electronic Laboratory;Research Scientist and Teaching Assistant; 1997 – 2000- development and maintenance of the hardware used for laboratory works;- assistance with teaching of the Radio-Electronic Laboratory for college studentsOTHER EXPERIENCE:Virginia Tech, the Department of Entomology; Field Technician; May 2004 – August 2004, May 2005 – August 2005.- setting up and maintaining plots for the Gypsy Moth Slow Spread Project;- performing laboratory work with insectsState Reserve Committee, Russia, Head of the Information Division; 1998 – 2000.- development, upgrade and maintenance of the corporative information security system;- antivirus protection of the corporative network and individual computer;- information security and antivirus users educationBauman Moscow State Technical University, the Department of Radio-Electronics, Electronic Research Laboratory;Lab Technician; 1995 – 1996.- development, assembling, troubleshooting, and optimization of various low-frequency hardwareAWARDS: The President’s Graduate Scholarship, Russia, 1996-1997;International travel fund grant from Graduate Student Association, Virginia Tech, 2005SKILLS:DSP Skills: Non-parametric and parametric spectral estimations, Digital filter design (FIR, IIR), Adoptive and Wienerfiltering, Multirate signal processing and analysis, Stochastic signal analysis and modelingComputer Skills: Programming: MATLAB, Python, Pascal, C++, FORTRAN;Modeling, Signal Analysis, Image Processing, Video processing, Hardware design, Web-page design using htmlMicrosoft and Adobe office software, PCAD, PSPICE, AUTOCAD, Visio, MATHCADHardware experience: Design, maintenance and repair of various low-frequency devices; Mechanical design;Maintenance of computer hardware; Assembling and troubleshooting of electronic hardware for various applicationsForeign Languages: Russian (native), German (not fluent)RESEARCH INTERESTS:Digital Signal Processing, Biomedical Signal and Image Processing, Video Processing, Image and Speech Processing,Brain-Computer Interface applications, Radar Applications, Development and implementation of DSP AlgorithmsSELECTED PUBLICATIONS:- G.V. Tcheslavski, F.F. Gonnen, 2012, “Alcoholism-related alterations in spectrum, coherence, and phase synchrony oftopical electroencephalogram”, Computers in Biology and Medicine, 42, 394-401- G.V. Tcheslavski, A.A. (Louis) Beex, 2010, “Effects of smoking, schizotypy, and eyes open/closed conditions on the γ 1rhythm phase synchrony of the electroencephalogram”, Biomedical Signal Processing and Control, 5, 164-173- J. Prigmore, G. Tcheslavski, C. Bahrim, 2010, “An IGCT-Based Electronic Circuit Breaker Design for a 12.47kVDistribution System”, IEEE PES General Meeting, July 2010- G.V. Tcheslavski, 2008, “Effects of tobacco smoking and schizotypal personality on spectral contents of spontaneousEEG, International Journal of Psychophysiology, 70, 88-93- G.V. Tcheslavski, A.A. (Louis) Beex, 2006, “Phase synchrony and coherence analyses of EEG as tools to discriminatebetween children with and without attention deficit disorders”, Biomedical Signal Processing and Control, 1, 151-161- G.V. Tcheslavski, A.A. (Louis) Beex, 2005, “Properties and parameter selection for phase synchrony processing of EEGsignals,” Proceedings of the Second IASTED International Multi-Conference SIGNAL AND IMAGE PROCESSING (ACIT-SIP), June 20-24, 2005, Novosibirsk, Russia, 164-169- B.A. Rozanov, G.V. Tcheslavski, 1999, "Two-step Algorithm of Detection and Estimation In Radar Station With LongSounding Signals,” BMSTU Herald, series "Design of Devices", 4 (37), 14-20. (In Russian)- G.V. Tcheslavski, 1999, “Millimeter Band Radar Station with Long Sounding Signals," 4 th International Conference ofStudents on Fundamental Sciences "Lomonosov' 99". Moscow State University, April 20-23. (In Russian)- B.A. Rozanov, G.V. Tcheslavski, 1998, "On Energy Potential of Millimeter-Wave Radar," MSMW'98 SymposiumProceedings. Kharkov, Ukraine, September 15-17, 1998. (In English)- B.A Rozanov, G.V. Tcheslavski, 1997, "Signal Processing in Radar Station with Quasi-continuous Emission," BMSTUHerald, series "Design of devices" 4 (28), 3-8. (In Russian)RESEARCH FUNDING:- G.V. Tcheslavski, A Pilot study of an Electroencephalogram-based Biometric System, Lamar University ResearchCouncil REG, March 2014, $5,000- G.V. Tcheslavski, Preliminary Study of a prototype Brain-Computer Interface system for detection and recognition oftraffic light signals in the simulated driving environment, Lamar University Research Council REG, March 2012, $5,000- G.V. Tcheslavski, Design and study of an Electroencephalogram (EEG)-based Brain-Computer Interface (BCI)prototype, Lamar University Research Council REG, March 2011, $5,000PROFESSIONAL MEMBERSHIPS: Member of IEEE; Member of IEEE Signal Processing SocietyLast modified: August 27, 2014