Laboratory of control in emergency situations – Institute of Control Systems

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Laboratory	Laboratory of control in emergency situations
Phone	(+994 12) 539-69-48
Head of laboratory	Sadigov Aminaga Bakhman Correspondent Member of ANAS, Doctor of Engineering, Professor
Main research areas	Developing mathematical models, methods and information technologies for solving control problems in emergency situations.
Main scientific achievements	- A mathematical methodology for identifying and classifying emergency situations by cause-effect and spatial-temporal characteristics has been developed for the first time, a description of an emergency situation as a control object in the risk zone has been given; - Mathematical models, methods and new information technologies for solving problems of adaptive management in emergency situations have been developed; - The technology of creating a database for certification of potentially hazardous objects has been developed; - A new methodology has been developed for identifying cause-and-effect relationships between random factors that caused an accident, assessing the emergence of accident risks and modeling processes with instantaneous changes and thereby maximizing the safety of environmentally hazardous facilities; - Algorithms for solving forecasting problems for accident monitoring have been developed; - Combination models of selective and hybrid types for forecasting by the nearest-neighbor method by preliminary clustering of time series have been developed; - Mathematical models of the spread of pollutants in the air and water environment have been developed; - Displaying the processes of development of an emergency situation in the form of directional multigraph, reflecting the alternatives of the manifestation of destructive effects and the implementation of protective actions; - Expression of the main control problems in emergency situations and their decomposition in the form of a hierarchical system of operational control loops; - A mathematical model of water resources management under uncertainty; - A mathematical model for building an ecological model of a gas hazardous enterprise; - An analytical formula for calculating the speed and maximum distance of the flight of combustible particles has been presented; - A robust method for solving the problem of minimizing the risks of anthropogenic impact has been proposed; - A numerical modeling method for the simulation of the air flow movement in the underground metro facilities in the event of a fire has been developed; - A mathematical model of ecological processes in war zones has been developed.