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PERSONAL

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 PERSONAL
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RESEARCH 
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CONTACT
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Qualifications
1996: . Doctor of Physical and Mathematical Sciences 
in Biophysics and Mathematical Biology (equivalent to DSc)
from the Institute of Theoretical and Experimental Biophysics 
of the Russian Academy of Sciences. 
Thesis "Oscillatory Neural Networks".
1984: Candidate of Physical and Mathematical Sciences 
  in Biophysics and Mathematical Biology (equivalent to PhD)
from the Institute of Biological Physics of the USSR Academy of Sciences.
1973: Diploma of Higher Education  in Mathematics (equivalent to MSc)
  from Moscow State University, USSR.
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Research Experience .............................
 
 01.09.99-date: Professor of Computational Neuroscience, 
Centre for Neural and Adeptive Systems,
School of Computing at the University of Plymouth, UK
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30.03.98-01.09.99: Senior Research Fellow, 
Centre for Neural and Adeptive Systems,
School of Computing at the University of Plymouth, UK
1990-date: Head of Neural Networks Laboratory,
Institute of Mathematical Problems in Biology (IMPB)
of the Russian Academy of Sciences 
(former Research Computing Centre, RCC),
Pushchino, Moscow Region, Russia 
(on leave from the Institute since 1998)
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1996-97:  Visiting Researcher,
Systems Science Center, Arizona State University, USA
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1985-90: Head of Computer Education Laboratory at RCC,
Team leader of a project "Software for Education"
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1975-85: Junior Research Associate,
Laboratory of Mathematical Modeling, RCC
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Developed numerical algorithms and software to investigate bifurcation of equilibrium at a system of differential equations with parameters. Analysis of interactions between units of a neural network for various connection strengths. Developed a new statistical algorithm and software to analyze interactions between neuronal spike trains. Developed and studied dynamical regimes of neural network models: integrate and fire, interactive neural populations, phase oscillators. Research work in field of neural networks: short-term memory, non-stable and meta-stable states in the brain, models of cortex, hippocampus, cerebellum and other structures.
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1973-1975: Research Assistant, 
Laboratory of Mathematical Modeling, RCC
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Developed numerical algorithms and software for statistics and differential equations. Developed and analyzed neural network models.
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Teaching Experience...........................7,96 Kb
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1998-date: Lecturer of "Computational Modelling" module
in Computational Intelligence MSc Course,
School of Computing at the University of Plymouth, UK.
Superviser of two MSc student projects.
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1994-96: Associate Professor of Mathematical Biology 
at the Pushchino State University.
Author of MSc degree program in neural networks.
Teacher of graduate course in Neural Networks 
and graduate student Scientific Seminar.
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1990-96: Scientific Adviser of three PhD students and one MPhill student.
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1973-95: Teacher of courses for gifted students in advanced mathematics,
Pushchino High School, Russia
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1985-90: Head of Computer Education Laboratory at RCC.
Co-author of graduate program and PhD degree program in computer science
 and bioinformatics for students with specialization in biology and chemistry.
Teacher of graduate courses "Computer Science for Biologists" and "Bioinformatics".
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1975-90: Part-time Lecturer,
Department of Biology, Moscow State University, Moscow, Russia.
Co-author of undergraduate program "Mathematical and 
Computer Methods in Biology".
Teacher of undergraduate Pushchino summer courses in computer science,
bioinformatics and mathematical modeling.
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Professional Services ...................................
 
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Grants received 
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1993:  W.Evans grant for one month research work 
in the Otago University (New Zealand).
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1993-95: Principal Investigator, 
grant 9-93 from McDonnell Foundation (USA)
for research in cognitive neuroscience.
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1994-95:  Principal Investigator, 
grant (RMQ000) from the International Science Foundation (USA-Russia)
for the research in the mathematical modeling.
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1994-96: Principal Investigator, 
grant (94-01-01270) from the Russian Foundation of Fundamental Research 
for the research in the mathematical modeling.
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1995-96: Principal Investigator, 
joint grant (RMQ003) from the International Science Foundation 
(USA-Russia) and a government of Russia 
for the research in the mathematical modeling.
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1997-date: Co-Principal Investigator, 
grant from the Russian Foundation of Fundamental Research
in support of Scientific School on intercellular interactions.
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1999-date: Principal Investigator, 
grant (99-04-49112) from the Russian Foundation of Fundamental Research
for the research in the biophysics.

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References.........................................................
..........Prof. Frank Hoppensteadt
..........Center for Systems Science and Engineering
..........Arizona State University ,Box 87-7606
..........Tempe, AZ, 85287-7606, USA
..........E-mail: fchoppen@asu.edu

..........Prof. Gary W. Strong
..........Program Director,Interactive Systems, National Science Foundation,
..........4201, Wilson Blvd., Room 1115
..........Arlington, VA 22230, USA
..........E-mail: gstrong@nsf.gov

..........Prof. Robert Hecht-Nielsen
..........UCSD and HNC Software Inc.
..........5930 Cornerstone Court
..........San Diego, CA, 92121, USA

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Main Publications...................................................
(The complete list of publications contains more than 100 positions)
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Authored books
  1. Borisyuk R.M., Kreitzer G.P. and Levitin V.V. (1989) The programming for biologists. 60pp, USSR Academy of Sciences (in Russian).
  2. Borisyuk G.N., Borisyuk R.M., Kirillov A.B., Kovalenko E.I. and Kryukov V.I. (1986) New methods for analyzing of neural activity. 200pp, USSR Academy of Sciences (in Russian).
  3. Borisyuk G.N., Borisyuk R.M., Kirillov A.B., Kovalenko E.I. and Kryukov V.I. (1986) Metastable and unstable states in the brain. 167pp, USSR Academy of Sciences (in Russian).
  4. Borisyuk R.M. (1981) Steady-states of ordinarnary differential equations with parameter. Method and software. 81pp, USSR Academy of Sciences (in Russian).
Authored chapters in books
  1. Borisyuk G.N., Borisyuk R.M. and Kazanovich Y.B. (1999). Models of temporal structure of neural activity and information processing in the brain. Book Chapter In: Time and the Brain, R. Miller (ed.) (forthcoming).
  2. Borisyuk G., Borisyuk R., Kazanovich Y. and Strong G. (1999) Oscillatory neural networks: Modeling binding and attention by synchronization of neural activity. Book Chapter In: Oscillations in Neural Systems, V.Brown, D. Levine, T. Shirey (eds.), Lawrence Erlbaum Assoc. Inc. (forthcoming).
  3. Kazanovich Y.B. and Borisyuk R.M. (1996) Synchronization modes in neural networks of phase oscillators with a central element. In: Studies in Mathematical Biology, E.E. Shnol (ed.), 124-150, USSR Academy of Sciences (in Russian).
  4. Borisyuk R.M. (1991) Interacting neural oscillators can imitate selective attention. In: Neurocomputers and Attention. I: Neurobiology, Synchronization and Chaos, A.V. Holden, V.I. Kryukov (eds), 189-200, Manchester University Press.
  5. Kryukov V.I., Borisyuk G.N., Borisyuk R.M., Kirillov A.B. and Kovalenko Ye.I. (1990) Metastable and unstable states in the brain. In: Stochastic Cellular Systems: Ergodicity, Memory, Morphogenesis, R.L. Dobrushin, V.I. Kryukov, A.L. Toom (eds), part III, 225-358, Manchester University Press.
  6. Borisyuk R.M. and Urzhumtseva L.M. (1990) Dynamical regimes in a system of interacting neural oscillators. In: Neural Networks: Theory and Architecture, A.V. Holden, V.I. Kryukov (eds), 9-20, Manchester University Press.
  7. Kirillov A.B., Borisyuk G.N., Borisyuk R.M., Kovalenko E.I., Kryukov V.I., Makarenko V.I. and Chulaevsky V.A. (1989) A unified submodule for a model of attention. In: Advance in Neural Information Processing Systems I, D.S. Touretzky (ed.), 560-567, Morgan Kauffman, San Mateo, CA.
  8. Borisyuk R.M. (1988) Round-table discussion neurocomputers. In: Discussion on Neurocomputers, V.I. Kryukov (ed.), 8-12, Pushchino, USSR Academy of Sciences (in Russian).
  9. Kirillov A.B., Borisyuk G.N., Borisyuk R.M., Kovalenko E.I., Kryukov V.I., Makarenko V.I. and Chulaevsky V.A. (1988) Short-term memory as a metastable state. IV. A model of neural oscillator for a unified submodule. In: Cybernetics and Systems'88, R. Trapple (ed.), 991-998, Kluwer.
  10. Borisyuk G.N., Borisyuk R.M., Kirillov A.B., Kovalenko E.I. and Kryukov V.I. (1986) Short-term memory: Diffusion approximation. In: Interactive Markov Processes in Biology, R.L. Dobrushin, A.L. Toom, V.I. Kryukov (eds.), 88-97, USSR Academy of Sciences (in Russian).
  11. Borisyuk G.N., Borisyuk R.M., Kirillov A.B., Kovalenko E.I., Kryukov V.I (1984) Short-term memory as a metastable state. II. Simulation model. In: Cybernetics and System Research, R. Trapple (ed.), v.2, 266-271, Elsevier.
  12. Kovalenko E.I., Kryukov V.I., Borisyuk G.N., Borisyuk R.M., Kirillov A.B. (1982) Neuronal memory: computational model of CA3 field of the hippocampus. In: Interactive Markov Processes and Applications for Biological SystemModelling, V.I. Kryukov (ed), 77-107, USSR Academy of Sciences (in Russian).
  13. Borisyuk G.N., Borisyuk R.M., Dunin-Barkovskii V.L., Kovalenko V.N. and Kovalenko E.I. (1978) Estimation of information capacity of Purkinje cells. In: Lecture Notes in Mathematics, 72-90, Springer-Verlag.
  14. Borisyuk G.N., Borisyuk R.M., Kirillov A.B., Kovalenko E.I. and Kryukov V.I. (1978) Statistical estimations of synaptic weights for multidimensional neural activity. In: Interactive Markov Processes and Biological Applications, V.I. Kryukov (ed), 152-177, USSR Academy of Sciences (in Russian).
  15. Borisyuk G.N., Borisyuk R.M., Dunin-Barkovskii V.L., Kovalenko V.N. and Kovalenko E.I. (1977) Estimation of information capacity of Purkinje cells. In: Interactive Markov Processes in Biology, V.I. Kryukov (ed), 82-102, USSR Academy of Sciences (in Russian).
Articles in journals (refereed)
  1. Borisyuk R., Denham M., Denham S. and Hoppensteadt F. (1999) Computational models of predictive and memory-related functions of the hippocampus. Reviews in the Neurosciences (in press).
  2. Borisyuk R., Hoppensteadt F. (1999) Oscillatory model of the hippocampus: A study of spatio-temporal patterns of neural activity. Biological Cybernetics (in press).
  3. Kazanovich Y.B. and Borisyuk R.M. (1999) Dynamics of neural activity with a central element. Neural Networks, v.12, 149-161.
  4. Borisyuk R., Borisyuk G. and Kazanovich Y. (1998) Synchronization of neural activity and information processing. Behavioral and Brain Sciences, v.21, 833.
  5. Borisyuk R.M. and Hoppensteadt, F. (1998) Memorizing and recalling spatial-temporal patterns in an oscillator model of the hippocampus. Biosystems, v.48, 3-10.
  6. Cymbalyuk G., Borisyuk R., Muller-Wilm U. and Cruse H. (1998) Oscillatory network controlling six-legged locomotion. Optimization of model parameters. Neural Networks, v.11, 1449-1460.
  7. Borisyuk R., Borisyuk G. and Kazanovich Y. (1998) The synchronization principle in modeling of binding and attention. Memb. Cell Biol., v.11, 753-761.
  8. Borisyuk R. (1998) Oscillatory neural network models of information processing in the brain. European Journal of Neuroscience, v.10, 268.
  9. Borisyuk R, Borisyuk G and Kazanovich Y. (1997) Pre-attention and attention modeling based on synchronization of neural activity. Biologicheskie membrani, Journal of the Russian Academy of Sciences, v.14, 614-620 (in Russian).
  10. Borisyuk R and Borisyuk G. (1997) Information coding on the basis of synchronization of neural activity. BioSystems, v.40, 3-10.
  11. Borisyuk R, Casolino M, DePascale MP, Morselli A, Picozza P, Ogurtsov A, Ricci M and Sparvoli R (1996) Gamma-ray energy determination using neural network algorithms for an imaging silicon calorimeter. Nuclear Instruments & Methods in Physics Research, A 381, 512-516.
  12. Borisyuk G.N., Borisyuk R.M., Khibnik A.I. and Roose D. (1995) Dynamics and bifurcations of two coupled neural oscillators with different connection type. Bull. Math. Biol., v.57, 809-843.
  13. Cymbalyuk G.S., Nikolaev E.V. and Borisyuk R.M. (1994) In-phase and anti-phase self-oscillations in a model of two electrically coupled pacemakers. Biological Cybernetics, v.71, 153-160.
  14. Kazanovich Y.B. and Borisyuk R.M. (1994) Synchronization in a neural network with the central element. Biological Cybernetics, v.71, 177-185.
  15. Borisyuk G.N., Borisyuk R.M. and Kazanovich Y.B. (1994) Modeling of preattentive and attentive information processing based on synchronization of neural activity. Izvestiya Vuzov, Radiofizika, v.8, 933-944 (in Russian).
  16. Kazanovich Y.B. and Borisyuk R.M. (1994) Synchronization of phase oscilaltor neural network with a cental element. Mathematical Modeling, v.6, 45-60 (in Russian).
  17. Borisyuk R.M., Borisyuk G.N. and Kazanovich Y.B. (1993) A role of mathematical modeling in brain research. International Journal of Neurosciences, v.74, 154.
  18. Khibnik A.I, Borisyuk R.M. and Roose D. (1992) Numerical bifurcation analysis of a model of coupled neural oscillators. In: International Series of Numerical Mathematics, Birkhauser Verlag Basel, v.104, 215-228.
  19. Borisyuk G.N., Borisyuk R.M., Kazanovich Y.B. Luzyanina T.B., Turova T.S.and Cymbalyuk G.S (1992) Oscillatory neural networks. Mathematical Modelling, v.4, 3-43 (in Russian).
  20. Borisyuk R.M. and Kirillov A.B. (1992) Bifurcation analysis of a neural network model. Biological Cybernetics, v.66, 319-325.
  21. Borisyuk R.M. and Kirillov A.B. (1992) Bifurcation analysis of a neural network model. Biol. Systems and Holonic Technology, v.2, 153-162.
  22. Borisyuk G.N., Borisyuk R.M., Kirillov A.B., Kovalenko E.I. and Kryukov V.I. (1986) Short-term memory as a metastable state. III. Diffusion approximation. Cybernetics and System Research, v.17, 169-182.
  23. Borisyuk G.N., Borisyuk R.M., Kirillov A.B., Kovalenko E.I. and Kryukov V.I. (1985) A new statistical method for identifying interconnections between neuronal networks elements, Biofizika, v.30, 492 (in Russian).
  24. Borisyuk G.N., Borisyuk R.M., Kirillov A.B., Kovalenko E.I. and Kryukov V.I. (1985) A new statistical method for identifying interconnections between neuronal networks elements, Biological Cybernetics, v.52, 301-306.
  25. Goduhin O.V., Borisyuk G.N., Borisyuk R.M., Kirillov A.B. (1982) Study of neuronal spike activity and interconnections between identified neurons in the rat neostriatum. Neirofiziologiya, v.14, 470-475 (in Russian).
  26. Goduhin O.V., Borisyuk G.N., Borisyuk R.M., Kirillov A.B., Kovalenko E.I. and Kryukov V.I. (1981) Study of neuronal spike-train types and interconnection types in the neostriatum of the rat. Neirofiziologiya, v.13, 571-579 (in Russian).
Refereed conference contributions: papers
  1. Borisyuk R. and Borisyuk G. (1996) Complex dynamics of oscillatory neural networks. In: International Conference of Selected Topics of Mathematics, 135-136, Samarkand.
  2. Borisyuk R.M. and Borisyuk G.N. (1995) Complex Dynamic behavior of oscillatory neural networks: examples and applications. In: WCNN’95, World Congress on Neural Networks, v.1,  330-333.
  3. Borisyuk R. and Kazanovich Y. (1995) Synchronization of neural oscillators: Attention modeling. In: Proceedings of Workshop "Supercomputing in Brain Research: from Tomography to Neural Networks" SCBR’94, H.J. Herrmann, D.E. Wolf, E. Poeppel (eds.), 407-413, Juelich, Germany, World Scient. Publ. Co.
  4. Borisyuk R.M., Wickens J.R. and Kotter R. (1994) Reinforcement Learning in a Network Model of the Basal Ganglia. In: Proc. 12 European Meeting on Cybernetics and System Research, Trappl (ed), 1681-1686, EMCSR'94-Vienna.
  5. Borisyuk R., Casaleggio A., Kazanovich Y. and Morgavi G. (1994) Some results on the analysis of dimension of time series by a network of phase oscillators. In: Proc. of Eur. Conf. on Artificial Neural Networks ICANN'94, Sorrento, M. Marinaro, P. Morasso (eds.), v.1, 759-762, ICANN'94, Sorrento, Italy
  6. Borisyuk R., Borisyuk G., Kazanovich Y. and Strong G. (1994) Modeling of binding problem and attention by synchronization of multilayer neural activity. In: IMACS International Symposium on Signal Processing, Robotics and Neural Networks, 602-605, Lille, France
  7. Borisyuk G.N., Borisyuk R.M. and Khibnik A.I. (1992) Analysis of oscillatory regimes of a coupled neural oscillator system with application to visual cortex modeling. In: Neural Network Dynamics, Proceedings of the Workshop on Complex Dynamics in Neural Networks, Perspectives in Neural Computing, J.G. Taylor, E.R. Caianiello, R.M.G. Cotterill and J.W. Clark (eds.), 208-225, Springer-Verlag.
  8. Borisyuk G.N., Borisyuk R.M., Kirillov A.B., Kryukov V.I. and Singer W. (1990) Modeling of oscillatory activity of neuron assemblies of the visual cortex. In: Proceedings of International Joint Conference on Neural Networks, v.2: 431-434, San-Diego.
Refereed conference contributions: abstracts
  1. Denham M.J. and Borisyuk R.M. (1999) An oscillatory model of the septal-hippocampal inhibitory circuit and the modulation of hippocampal theta activity. Cognitive and Neural Systems Conference. Boston -99 (in press).
  2. Borisyuk R., Denham M. and Hoppensteadt F. (1999) Oscillatory model of novelty detection in the hippocampus. Cognitive and Neural Systems Conference. Boston -99 (in press).
  3. Borisyuk R. and Denham M. (1999) A study of oscillatory activity in the model of septo-hippocampal system. Proc. of the Fifth SIAM Conference on Dynamical Systems and Applications (in press).
  4. Borisyuk R., Hoppensteadt F. and Vinogradova O. (1998) Computational models of theta-rhythm septal generator. Proceedings Second International Conference on Cognitive and Neural Systems, 48, Boston University.
  5. Borisyuk R. and Borisyuk G. (1997) Synchronization in neural networks with integrate and fire elements. International Symposium "Electric Activity of the Brain: Mathematical Models and Analytical Methods". Abstracts, 5, USSR Academy of Sciences (in Russian).
  6. Borisyuk R. and Hoppensteadt F. (1997) Analysis of amplitude and frequency patterns in a segment model of the hippocampus. International Workshop "Neuronal Coding '97". Abstracts, 4, INRA Versailles, France.
  7. Borisyuk R. and Hoppensteadt F. (1997) Memorizing spatial-temporal patterns in oscillator models of the hippocampus. International Workshop "Neuronal Coding '97". Abstracts. 3, INRA Versailles, France.
  8. Borisyuk R. and Borisyuk G. (1995) Information coding on the basis of synchronization of neural activity. In: International Workshop "Neuronal Coding". Abstracts, 6, Prague, Center for Theor. Study.
  9. Borisyuk R.M., Borisyuk G.N. and Kazanovich Y.B. (1993) Mathematical models of binding problem. In: 24th Annual Meeting of European Math. Psychology Group, Moscow'93, Abstracts, 1pp
  10. Borisyuk R.M., Borisyuk G.N. and Kazanovich Y.B. (1993) A role of mathematical modeling in brain research. In: 11th International Australian Winter Conference on Brain Research, Abstracts, 42.
  11. Borisyuk G.N., Borisyuk R.M. and Khibnik A.I. (1992) Bifurcation analysis of a coupled neural oscillator system with application to visual cortex modeling. In: Abstracts of Neural Information Processing Systems'92, Colorado, USA, 1pp.
  12. Borisyuk G.N., Borisyuk R.M. and Khibnik A.I. (1992) Bifurcation analysis of a coupled neural oscillator system with application to visual cortex modeling. In: Abstracts of European Conference on Neural Mechanisms of Learning and Memory, 33-34, Limerick, Ireland.
  13. Borisyuk G.N. and Borisyuk R.M. (1992) Oscillatory models of visual cortex. In: BIOMOD-92. Abstracts, 2, Leningrad (in Russian).
  14. Borisyuk G.N., Borisyuk R.M. and Khibnik A.I. (1992) Numerical bifurcation analysis of a coupled neural oscillators model with application to visual cortex modelling, In: Conference of Former Soviet Republics on Theory of Differential Equations. Abstracts, 26, Samarkand, Uzbekistan
  15. Borisyuk R.M. (1992) A model of neural network for storage and retrieval of temporal sequences. In: The RNNS/IEEE Symposium on Neuroinformatics and Neurocomputers, v.2, 865-869, Rostov-on-Don, Russia.
  16. Borisyuk R.M. (1990) A model of the neural networks for storage and retrieval of temporal sequences. In: International Neural Networks Conference, Paris-90, v.2, 788, Paris, France.
  17. Borisyuk R.M. and Urzhumtseva L.M. (1989) Dynamical modes of system of interactive neural oscillators. In: Proceedings of 9th USSR Conference on Cybernetics, 346-347, Rostov State University, Russia (in Russian).
  18. Borisyuk R.M. (1989) Interacting neuronal oscillators can imitate the selective attention. In: International Workshop "Neurocomputers and Attention". Extended Abstracts, 39-40, USSR Academy of Sciences.
  19. Borisyuk R.M., Kirillov A.B. (1984) Qualitative analysis of neural dynamics. In: X International Conference on Nonlinear Oscillations, 1pp, Kiev, USSR.
  20. Borisyuk R.M. and Borisyuk G.N. (1984) Analysis of dependencies of point processes in neurobiology. In: CompStat 1984. Summaries of Short Communic. and Posters, 1pp, Prague.
  21. Borisyuk R.M, Borisyuk G.N. and Kirillov A.B. (1984) A program package for the statistical analysis of spike activity. In: CompStat 1984. Summaries of Short Communic. and Posters, 1pp, Prague.
  22. Borisyuk R.M., Kovalenko E.I. and Kryukov V.I (1984) Computational model of slow rhythm neural generator. In: Modelling of Biological and Medical Systems, IV International Congress of Socialist Countries, Abstracts, 735, Prague (in Russian).
  23. Borisyuk R.M. and Kirillov A.B. (1982) Qualitative study of dynamical modes in the model of two interactive neural populations. I USSR Biophysics Congress, Abstracts, v.2, 177, Moscow (in Russian).
  24. Borisyuk R.M. (1982) Statistical analysis of interconections between elements of neural network. In: Ist USSR Biophysics Congress, Abstracts, v.3, 35, Moscow (in Russian).
  25. Borisyuk G.N., Borisyuk R.M., Vinogradova O.S., Kirillov A.B., Kovalenko E.I. and Kryukov V.I. (1982) Study of metastable state in the computational model of CA3 field of the hippocampus. Abstracts, In: Ist USSR Biophysics Congress, Abstracts, v.3, 36, Moscow (in Russian).
  26. Borisyuk R.M. (1981) Examples of study of interactive nonlinear oscillators. In: IX International Conference on nonlinear oscillations. Abstracts, 69-73, Kiev (in Russian).
  27. Borisyuk G.N., Borisyuk R.M., Kirillov A.B., Kovalenko E.I. and Kryukov V.I. (1978) On possibility of statistical estimation of synaptic weights in neural network under multi-electrode recording. In: Proc. of the USSR Conference on Biological and Medical Cybernetics, Moscow-Sukhumi, v.2, 153-155 (in Russian).
    Others
  1. Borisyuk R.M. (1996) Oscillatory neural networks. Dissertation of Doctor of physical and mathematical sciences. 72pp, Russian Academy of Sciences (in Russian).
  2. Kazanovich Y. and Borisyuk R. (1994) Synchronization in a neural network of phase oscillators with a central element. Preprint, 30pp, Russian Academy of Sciences.
  3. Cymbalyuk G.S, Nikolaev E.V. and Borisyuk R.M. (1992) In-Phase and anti-phase self-oscillations in a model of two electrically coupled pacemakers. Preprint, 21pp, Russian Academy of Sciences.
  4. Borisyuk R.M. (1990) A model of the neural networks for storage and retrieval of temporal sequences. Preprint, 6pp, USSR Academy of Sciences.
  5. Borisyuk R.M. and Kirillov A.B. (1982) Qualitative analysis of the model of two interacting neural populations. Preprint, 17pp, Pushchino, USSR Academy of Sciences (in Russian).
  6. Borisyuk R.M. and Khibnik A.I. (1976) Numerical experiments with a chain of interactive slow-fast oscillators. Preprint, 22pp, USSR Academy of Sciences (in Russian).
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. Conference participations  ..........................
  1. Forum of European Neuroscience, Berlin, June 1998.
  2. Second International Conference on Cognitive and Neural Systems, Boston University, May 1998.
  3. International Symposium "Electric Activity of the Brain: Mathematical Models and Analytical Methods". Pushchino, Russia, May 1997.
  4. International Conference on Selected Topics of Mathematics, Samarkand, Uzbekistan, October 1997.
  5. International Workshop "Neuronal Coding '97". INRA Versailles, France, September 1997.
  6. International Workshop "Neuronal Coding". Center for Advanced Theoretical Study Prague, 1995.
  7. World Congress on Neural Networks, WCNN’95, Washington DC, USA, June 1995
  8. Workshop "Supercomputing in Brain Research: from Tomography to Neural Networks" SCBR’94, Juelich, Germany, October 1994.
  9. 12th European Meeting on Cybernetics and System Research, EMCSR'94-Vienna, April 1994.
  10. European Conference on Artificial Neural Networks, ICANN'94-Sorrento, Italy, May 1994.
  11. IMACS International Symposium on Signal Processing, Robotics and Neural Networks, Lille, France, 1994.
  12. 24th Annual Meeting of European Mathematical Psychology Group, Moscow'93, 1993.
  13. 11th International Australian Winter Conference on Brain Research, New Zealand, August 1993.
  14. Neural Information Processing Systems'92, Colorado, USA, November 1992.
  15. European Conference on Neural Mechanisms of Learning and Memory, Limerick, Ireland, October 1992.
  16. International Conference on Biological Modelling, BIOMOD-92, Leningrad, Russia, August 1992.
  17. Conference of Former Soviet Republics on Theory of Differential Equations. Abstracts, Samarkand, Uzbekistan, September 1992.
  18. Workshop on Complex Dynamics in Neural Networks, Vietri, Italy, 1991
  19. The Russian Neural Network Society and IEEE International Symposium on Neuroinformatics and Neurocomputers, Rostov-on-Don, Russia, October 1992
  20. International Conference on Nonlinear Neural Dynamics, Tokyo, Japan, May 1990.
  21. International Joint Conference on Neural Networks, San Diego, USA, June 1990.
  22. International Neural Networks Conference, Paris-90, France, September 1990.
  23. 9th USSR Conference on Cybernetics, Rostov on Don, Russia, May 1990.
  24. International Workshop "Neurocomputers and Attention". Moscow, September 1989.
  25. X International Conference on nonlinear oscillations, Kiev, USSR, 1884.
  26. International Conference on Computational Statistics, CompStat-1984. Prague, October 1984.
  27. IV Prague International Symposium of Socialist Countries “Modelling of Systems in Biology and Medicine”, Prague, October 1984.
  28. USSR First Biophysical Congress, Moscow, August 1982.
  29. IX International Conference on nonlinear oscillations, Kiev, USSR, 1981.
  30. USSR conference on Interactive Markov processes and Applications in Biology, Pushchino, Russia, 1976, 1978, 1982, 1986.
I have been invited to present seminars, lectures, and colloquiums in many leading Neural Network Centres and Universities around the world, including the USA, Japan, New Zealand, Germany, Italy, Belgium (total number of invited presentations is about 25). Among the most prestigious centres where I have reported on my research are:
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