OPTIMAL CONTROL OF CONFLICT FLOWS

OPTIMAL CONTROL OF CONFLICT FLOWS:

- Providing recommendations as to the optimum parameters for controlling traffic lights with rigid switching at crossroads in small cities;
- Recommendations on optimum algorithms for switching traffic lights in small cities;
- Studying the algorithms for controlling conflict flows presented by customers;
- Development of computer models - simulators of crossroads and networks of crossroads.

Main results (comparable with the best world analogues):

- Various algorithms have been investigated for controlling conflict flows of requirements: cyclic, priority, with prolongation;
- Models of control over conflict flows with variable stochastic structure (formed in a random environment) have been built and are being investigated;
- Output flows at crossroads are being studied successfully;
- Optimal parameters have been proposed for controlling traffic flows.

Leading experts: 

- Mikhail Andreevich Fedotkin, D.Sc. (Physics and Mathematics), Professor;
- Natalia Mikhajlovna Golysheva, Cand.Sc. (Physics and Mathematics), Assoc. Professor;
- Andrey Vladimirovich Zorin, Cand.Sc. (Physics and Mathematics);
- Elena Vadimovna Kuvykina, Cand.Sc. (Physics and Mathematics), Assoc. Professor.

Main publications:

- Fedotkin M.A., Proidakova E.V. Control of output flows in a system with cyclic servicing and readjustments // Automation and telecontrol. The Russian Academy of Sciences, 2008, 6, Pp. 96-106. (Also: E. V. Proidakova, M. A. Fedotkin. Control of output flows in the system with cyclic servicing and readjustments // Automation and Remote Control, vol. 69, 6, pp. 993-1002).
- Fedotkin M.A., Fedotkin A.A. Output processes under cyclic control of unordinary streams. // Probability theory, random processes, mathematical statistics and applications: Collection of papers of the International Scientific Conference, Minsk, 15-19 Sept. 2008 - Minsk : Publishing Centre of BSU, 2008 . Pp. 362-369.
- Zorin A.V. Servicing of conflict flows by means of the algorithm with prolongation in a random environment // Probability theory, random processes, mathematical statistics and applications: Collection of papers of the International Scientific Conference, Minsk, 15-19 Sept. 2008 - Minsk : Publishing Centre of BSU, 2008. Pp. 115-122.
- Zorine A. Time-sharing system with branching input flows in random environment // Proceedings of the International conference " Modeling of business, industrial and transport systems ", Riga, Latvia , May 7-10, 2008, pp. 225-232.
- Zorin, А.В., Fedotkin M.A. Optimization of control of doubly stochastic nonordinary flows in time-sharing systems // Automation and telecontrol. No. 7. 2005. Pp. 102-111. (Also: Zorin A.V., Fedotkin M.A. Optimization of control of doubly stochastic nonordinary flows in time-sharing systems // Automation and remote control, 2005, Vol 66, No. 7. Pp. 1115-1124).

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