Keldysh Institute of Applied Mathematics, Russian Academy of Sciences,
Full Doctor of Science (Physics and Mathematics), Senior Researcher
Evolutionary Biocybernetics, Evolution of Animal Cognition Abilities, Adaptive Behavior, Artificial Life
Lectures on Evolutionary Cybernetics (in Russian)
Keldysh Institute of Applied
Mathematics, 4 Miusskaya sq., Moscow RU-125047,
Vladimir Georgievich Red'ko received Ph.D. (from Moscow Institute of Physics and Technology) and Doctor of Science (from State Research and Development Institute of Physical Problems) degrees in 1978 and 1995, respectively.
V.G. Red'ko has worked in several industrial Research and Development Institutes (State R & D Institute of Physical Problems, Central R & D Technological Institute, R & D Institute of Materials Science) in
Since 1979 Red'ko turned his scientific interests to the problem: “Why and how did highly organized biological information systems arise through evolution?” He has developed several mathematical models describing biocybernetic properties at very early stages of biological evolution. Spin-glass model of evolution and Adaptive syser (the model of control origin at prebiological level) are examples of these models.
Red'ko has proposed a methodology of evolutionary biocybernetics. The methodology pays special attention to: 1) mathematical models of key cybernetic properties of biological organisms, 2) the evolution of animal cognition abilities, 3) the problem of the origin of human intelligence, and 4) the interdisciplinary character of evolutionary biocybernetic research. This methodology is summarized in his paper “Towards the evolutionary biocybernetics.”
Red'ko has written the series of on-line articles "Mathematical Modeling of Evolution" for Principia Cybernetica Project (PCP). History, current investigations, and approaches to the future of evolutionary modeling are discussed in these articles.
Red'ko V.G. Evolution of Cognition: Towards the theory of origin of human logic // Foundations of Science, In press.
Red'ko V.G. The problem of intelligence origin and evolutionary biocybernetics. // Journ. of high nervous activity. 1998. Vol.48. N.2. PP. 358-369 (In Russian).
V.G. The evolutionary biocybernetics. // Herald of the
Red'ko V.G., Dyabin M.I., Elagin V.M., Karpinskii N.G., Polovyanyuk A.I., Serechenko A.V., Urgant O.V. Towards the microelectronic realization of an evolutionary optimizer. // Russian Microelectronics. 1995. Vol.24. N.3. PP.207-210 (In Russian).
V.G. Towards the evolutionary
Proceedings of The Second International Symposium on Neuroinformatics and
1995. PP. 422-429.
Red'ko V.G. An evolutionary approach to the investigation of natural biocomputers and to the development of the artificial biocomputers. // Neurocomputer. 1994. N.1/2. PP.38-49. (In Russian).
Red'ko V.G., Skidanov V.A. Magnetic bubble and vertical Bloch-line neural associative memory. // Proceedings of The RNNS/IEEE Symposium on Neuroinformatics and Neurocomputers. Rostov-on-Don, 1992, Vol.1, PP.580-590.
Red'ko V.G. To the theory of evolution. The "life programs" origin model. // Zhurnal obshchei biologii. 1991. Vol.52. N.3. PP. 334-342 (In Russian).
Red'ko V.G. Adaptive syser. // Biofizika. 1990. Vol. 35. N.6. PP. 1007-1011 (In Russian). The content of this paper is described in the PCP node "Adaptive syser".
Red'ko V.G. Spin glasses and evolution. // Biofizika. 1990. Vol.35, N.5. PP. 831-834 (In Russian). The content of this paper is described in the PCP node "Spin-glass model of evolution".
Red'ko V.G. Behavior of sysers in coacervates. // Biofizika. 1986. Vol. 31. N.4. PP. 701-703 (In Russian).
V.G. Estimation of evolution rate in Eigen's and Kuhn's models. // Biofizika.
1986. Vol. 31. N.3. PP. 511-516 (In Russian).
*) The journals “Biofizika (Biophysics)”, “Russian Microelectronics”, and “Herald of the
Last modified: Jan 20, 2001