(University of Illinois College of Engineering) Until now, systems engineers have struggled with the problem of planning for disaster impacts that are linked by correlation -- like those of earthquakes and tsunamis -- because of the cumbersome calculations necessary to precisely quantify the probabilities of all possible combinations of disruption occurrences. Now Yanfeng Ouyang and fellow Illinois Engineering researchers have developed a new method for designing and optimizing systems subject to correlated disruptions.
from EurekAlert! - Technology, Engineering and Computer Science https://ift.tt/2U1arbF
Saturday, March 30, 2019
New way of designing systems against correlated disruptions uses negative probability
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