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Vyacheslav Kharchenko

PhD, DrS (Doctor of Science on Engineering), Professor

Head of Computer Systems and Networks, National Aerospace University

named after N.TE. Zhukovsky “KhAI”

 

Education:

 

·         1969-1974, Kharkiv High Military Engineering Rocket College (KHMERC) named after N.I. Krylov (specialty Control Systems and Electrical Engineering)

·         1983-1986, Moscow Patent Institute (specialty Patenting)

 

Academic degrees

 

·         1977-1980, PhD-student of the KHMERC, PhD degree dissertation was defended at the Military Academy (Moscow, now Academy of Peter Great)

·         1990, Honor Inventor of Ukraine

·         1991, Professor on Technical Diagnostic and Automatic Department

·         1995, Doctor of Science on Engineering, DrS degree dissertation was defended at the Kharkiv Military University

 

Industrial and Academic experience:

 

·         1980 – 1987, Lecturer, Associated Professor of Technical Cybernetics Department, KHMERC

·         1987-1992, Head of Rocket Complex Automatic  Systems Department , KHMERC

·         1992-2000, Head of Rocket an Space Control Systems Department , KMU

·         2000- at the present time, Head of Computer Systems and Networks, National Aerospace University named after N.TE. Zhukovsky “KhAI”

·         1997-2010, leading expert (software, NPP I&C systems) of State Scientific-Technical Centre on Nuclear and Radiation Safety

·         2007- at the present time, head of Centre for Safety Infrastructure-Oriented Research and Analysis

·         2000- at the present time, consultant of research and production companies in area of regulation, development , verification and licensing of critical software and computer-based systems

·         2008-at the present time, head of Department of Dependable Systems and Technologies, International Academy of Applied Radioelectronics

·         Supervisor and developer of 9 national and branch standards in area of NPP I&C and aerospace systems reliability and safety

·         BSc, MSc and PhD-students courses on Finite-State Machine Theory and Digital Units, Control Systems Safety and Survivability, Computer Systems Reliability and Fault-Tolerance, etc

·         Supervisor of 34 PhD and DrS dissertations

·         Invited researcher and professor (UK, 2004; Germany, 2006; Slovakia, 2010)

 

National and International Projects (after 2001):

 

·         2001-at the present time, 12 national projects on dependable computer-based control systems and infrastructure safety

·         2004-2005,  EU-TACIS (Regulation and Assurance of NPP I&C Safety)

·         2006-2009, EU-TEMPUS-MASTAC (Training of MS and PhD-Students on Aerospace Critical Computing)

·         2009-2011, UNTC ( Tool-Based Technology for Independent Invariant-Based Verification of Critical Software)

·         2010-2013, EU-TEMPUS-SAFEGUARD (National Network of Centers on Safeware Engineering)

·         2011-2014, EU-FP7, KhAI-ERA (Dependable Embedded Systems for Aerospace and Medicine)

 

Conference Activities (after 2001):

 

·         Invited speakers more than 10 conferences

·         Member of PCs of ESREL, PSAM, ICONE, DepCoS, EWDT, MVV and other international conferences

·         Reviewer of LNCS Springer, Software and Systems and other Journals and editions

·          Invited speakers more than 10 conferences

·         Head of Dependable Systems, Services and Technologies (DESSERT) Conferences (2006-2012)

·         Head of standing Seminar on Critical Computer Technologies and Systems (CriCTechS)

 

Grants and Awards (last 10 years)

 

·         2002, medal of the Russian Cosmonautics Federation

·         2003-2004, grant of Royal Society (UK, Newcastle University)

·         2005, medal of the Department of Education and Science of Ukraine for successes in education

·         2006, grant of Oldenburg University, Germany

·         2009,  medal of the Department of Education and Science of Ukraine for successes in science

·         2010, grant of Slovakian Academy of Science

 

Major directions of specialization:

 

·         Foundations of Fault- Tolerance and Naturally Reliable Chips and Systems

·         Software Reliability and Safety (Assessment. Regulation and Assurance)

·         Diversity Approach in Reliability and Safety, Multi-Version Systems and Technologies

·         Dependability of Software- and FPGA-Based Systems

·         IT-Infrastructure Intrusion-Tolerance and Resilience (Web. Grid, Cloud)

·         Critical Infrastructure and I&C Systems Safety

 

Selected Publications (for the last 10 years):

 

·         Kharchenko V.S., Zhiharev V.Y., Ilyushko V.M. et al. Multiversion Systems, Technologies, Projects. – Kharkiv: National Aerospace University "KhAI".- 2002. – 486p.

·         Yastrebenetsky M.A., Vasilchenko V.N., Kharchenko V.S. et al. Instrumentation-Control Systems of the Nuclear Power Stations: Problems of Safety. - Kyiv: Technics. - 2004. - 472 p. (translated in the USA, NRC, 2007).

·          Kharchenko V.S., Blagodarny N.P., Ilyushko V.M. et al. Reliability of Digital Systems. Textbook. / Kharchenko V.S.(edit.) - Ministry of Science and Education of Ukraine - 2004.- 490p.

·         Kharchenko V.S., Artemenko E.A., Tostenko V.G. et al. Diagnostics of Digital Systems. Textbook. / Kharchenko V.S.(edit.) - Ministry of Science and Education of Ukraine - 2005.- 484p.

·         Kharchenko V., Gorbenko A., Popov P., Romanovsky A. Dependable Composite Web Services with Components Upgraded Online.  Architecting Dependable Systems III, LNCS 3549 / R. de Lemos et al. (eds.). – Springer. - 2005. – P. 92-121.

·         Gorbenko A.V., Kharchenko V.S., Tarasyuk O.M., Furmanov A.A. F(I)MEA-Technique of Web-services Analysis and Dependability Ensuring, LNCS 4157, Rigorous Development of Complex Fault-Tolerant Systems/ Butler M. et al. (eds.). – Springer. – 2006. - P.153-168.

·         Kharchenko V.S. Dependability and Dependable Systems: Elements of Methodology // Radioelectronics and Computer Systems. – 2006. – ¹. 5. – P. 7‑19.

·         Kharchenko V.S. Dependability of Computer Systems: Boards of Universality in Context of Information-Technical States // Radioelectronics and Computer Systems. – 2007. - ¹ 8. – P. 7-14.

·         Kharchenko V., Sklyar V., Odaruschenko O., Dependable Computing Systems for Supporting Transformation of the Force Information Infrastructure // Information & Security, 2007, vol.22. – P. 75-91

·         Bakhmach E.T., Golovir V.A., Herasimenko A.D. et al. FPGA-based NPP Instrumentation and Control Systems: Development and Safety Assessment. / Kharchenko V.S., Sklyar V.V. (eds) – Kharkiv: National Aerospace University “KhAI”, RPC “Radiy”, State STC on Nuclear and Radiation Safety. – 2008. – 188 ð.

·         Kharchenko V.S., Siora A.A., Bakhmach E.S. Diversity-Scalable Decisions for FPGA-based Safety-Critical I&Cs: from Theory to Implementation // Proc. of NPIC&HMIT 2009, Knoxville, USA, April 5-9, 2009.- 12 p.

·         Kharchenko V., Romanovsky A., Gorbenko A. Using Inherent Service Redundancy and Diversity to Ensure Web Services Dependability In M. Butler, C. Jones, A. Romanovsky, E. Troubitsyna (eds.) “Methods, Models and Tools for Fault Tolerance”, LNCS 5454, Springer. – 2009. – P.324-341.

·         Kharchenko V., Sklyar V. Scalable Diversity-oriented Decisions and Technologies for Dependable SoPC-based Safety-Critical Computer Systems and Infrastructures// Critical Computer-Based Systems Inderscience Enterprises, Switzerland. - 2010, ¹1. – P. 24-40.

·         V. Kharchenko, N. Yakimets Reliable FPGA-Based Systems out of Unreliable Automata: Multi-Version Design Using Genetic Algorithms / In M. Adamski, A. Barkalov, A. Romanovsky, M. Wegrzyn (eds.). Design of Digital Systems and Devices, Springer. – 2011. – P.165–192.

·          Kharchenko V.S. (ed), Infrastructure Safety: Mathematical and Engineering Methods, – Kharkiv: National Aerospace University “KhAI”. – 2011. – 623 ð.

·         Kharchenko V., Sklyar V., Siora A. Multi-Version FPGA-Based Nuclear Power Plant I&C Systems: Evolution of Safety Ensuring / In A. Tsvetkov (Ed.) Nuclear Power: Control, Reliability and Human Factors, INTECH. – 2011. – P. 56-79.