Publication | Open Access
A New Hybrid Fuzzy Multi-Criteria Decision Methodology for Prioritizing the Antivirus Mask Over COVID-19 Pandemic
23
Citations
52
References
2022
Year
Fuzzy Multi-criteria Decision-makingFuzzy LogicEngineeringFuzzy ComputingUncertainty QuantificationCovid-19 PandemicHeronian Operator ParametersAntivirus MaskBiostatisticsSensitivity AnalysisFuzzy OptimizationPublic HealthMultiple-criteria Decision AnalysisFuzzy Risk AnalysisEpidemiologyCovid-19
During the COVID-19 pandemic, masks have become essential items for all people to protect themselves from the virus. Because of considering multiple factors when selecting an antivirus mask, the decision-making process has become more complicated. This paper proposes an integrated approach that uses F-BWM-RAFSI methods for antivirus mask selection process with respect to the COVID-19 pandemic. Finally, sensitivity analysis was demonstrated by evaluating the effects of changing the weight coefficients of the criterion on the ranking results, simulating changes in Heronian operator parameters, and comparing the obtained solution to other MCDM approaches to ensure its robustness.
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