Vladimir Burkov
Vladimir Nikolaevich Burkov was a Russian control theorist and the author of more than four hundred publications on control problems, game theory, and combinatorial optimization. A laureate of the USSR State Prize, of the Prize of the Cabinet Council of the USSR, he was an Honoured Scholar of the Russian Federation. Vladimir Burkov was a vice-president of the Russian Project Management Association , a member of the Russian Academy of Natural Sciences. As a professor at Moscow Institute of Physics and Technology and Head of Laboratory at the V.A. Trapeznikov Institute of Control Sciences of RAS, in the late 1960s he pioneered the theory of active systems.
Background
Vladimir Burkov was born on 17 November 1939, in the city of Vologda. In 1963 he graduated from the Moscow Institute of Physics and Technology and was employed by Institute of Automation and Remote Control, where he earned his Candidate of Sciences degree in 1966, and became Doctor of Sciences in 1975. In 1981 he earned professorship at the Chair of Control Sciences at MIPT and from 1974 onwards he worked at ICS RAS as a Head of Laboratory 57 "Laboratory of active systems" and a senior research scientist.Married to Elena Burkova, the couple had a daughter Irina, who also earned a doctoral degree for her contributions to control theory.
Burkov died in Moscow on 24 April 2025, at the age of 85.
Contributions to combinatory optimization and project scheduling
Vladimir Burkov's early academic interests were connected with applied problems of combinatorial optimization; in the 1960s he contributed to the boom of project scheduling and network planning, proposed novel models of resource allocation in organizations and in technical systems, solved several extremal graph problems. In particular, Vladimir Burkov proposed a lower-bound estimate of the project makespan in resource-constrained project scheduling problem re-invented in 1998 by A. Mingozzi et al. Two books by Vladimir Burkov, "Network models and control problems" and "Applied problems of graph theory" put forward the problems being intensively studied until now.Launching theory of active systems
As of the late 1960s, Vladimir Burkov's interests shifted to the studies of the specific nature of the human being as a controlled object. In 1969 he pursued an idea of the "fairplay principle" : plans assigned to selfish agents by the optimal control mechanism must be coordinated with agents' goal functions. Under such an incentive-compatible mechanism, truthtelling is beneficial for agents. The notion of incentive compatibility was independently proposed by Leonid Hurwitz, and later was extended and elaborated by Allan Gibbard, Roger Myerson, and many other researchers. They pioneered the revelation principle, which opened a new era in the studies of economic institutions ; it was mentioned as the main achievement in 2007's Nobel Memorial Prize in Economic Sciences won by L. Hurwitz, E. Maskin, and R. Myerson.The fairplay principle became the foundation of the newly introduced theory of active systems, which systematically studied control mechanisms in man-machine systems. In the 1970s the seminal books and articles determined the directions of theory development for many decades to come.