2012 · 46 citations · 18 references
EngineeringIndustrial EngineeringSystems EngineeringDecision AnalysisDecision MakingMaintenance EngineeringDecision SupportFuzzy Multi-criteria Decision MakingMaintenance ManagementMaintenance OptimizationMaintenance SchedulingMaintenance StrategyDecision-support ToolsFuzzy Multi-criteria Decision AnalysisFuzzy Rule-based Decision SystemsMaintenance Decision AnalysisMaintenance Decision SupportMaintenance Decision Support SystemsMaintenance PlanningOptimization Of Complex Systems
In any management process, decision making assumes a very important dimension. Complex systems are commonly fed with large amounts of data that are quickly made available to experts and industrial engineers who, in most cases, are not provided with adequate decision support tools. Therefore, the quality of their decisions heavily relies on their our quality and experience, making the complex systems management planning, particularly in maintenance planning, a very difficult and subjective process, by tendentially diverting analysts from the main decisional aspects. In order to overcome these difficulties and subjectivities, this paper purposes a set of methodological guidelines based on fuzzy set theory to be applied in the planning processes, leading to optimized and more realistic results.
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