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Control of risky situations and choice under uncertainty
(2018) Volkov, V. E.; Makoyed, N. A.
Correct estimation of risks for different technological situations faced in the potentially dangerous technological processes is very important and complicated problem. This problem can’t be adequately solved within the capabilities of classical mathematics. The original methodology for correct estimation of risks in risky situations for potentially dangerous technological processes is developed on the base of combining two models – the model of choice under uncertainty and the classical mathematical model of decision-making. Such methodology enables to form the base for mathematical, informational and programming support of the decision support systems for explosion-proof of potentially explosive objects (such as the grain processing enterprises of different types). These decision support systems exclude participation of evaluators and are included in the control systems of the grain processing enterprises.