基于模糊群决策的绿色供应商选择和订单分配方法.docx

第35

第35卷第10期2023年10月

Vol.35No.10Oct.2023

JournalofSystemSimulation

AFuzzyGroupDecision-making-basedMethodforGreenSupplierSelectionandOrderAllocation

LiuLu1，LiWenxin2，SongXiao2*，SunBingli2，GongGuanghong1

(1.SchoolofAutomationScienceandElectricalEngineering,BeihangUniversity,Beijing100191,China;

2.SchoolofCyberScienceandTechnology,BeihangUniversity,Beijing100191,China)

Abstract：Withtheintensityofmarketcompetitiveness,theworseningoftheglobalenvironment,andtheimprovementofpublicconcernaboutenvironmentalprotection,theissueofgreenpurchasinghasreceivedconsiderableattention.Thevastmajorityofexistingstudiesongreenpurchasinghaveconcentratedonsupplierselectionwithgreencriteria,soastorealizesustainableoperations,whereasitismorefeasibleandeconomicalforbusinessestoobtaintheproperproductsfromadaptableandsuitablesuppliersattherighttimes,rates,andvolumes,whichisreferredtoassupplierselectionandorderallocation.Toresolvetheaforementionedtwocrucialchallenges,weproposeagroupdecision-makingmethodwithinanambiguouscontext.Afuzzyrankingapproachbasedonthetechniquefororderofpreferencebysimilaritytoidealsolutionandanalytichierarchyprocess(TOPSIS-AHP)isaddressed.Theproposedsolutionenableseachofthegreenandclassicalcriteriatobegivenaflexiblepreferenceundertheorganizationsstrategy.Supplierranksareutilizedinabi-objectiveoptimizationmodeltoallocateorders,wheretheprocurementperformanceismaximizedwhiletheentireprocurementcostisminimized.Thefindingsshowthattheproposedmethodiscapableofassessingtheperformanceofprovidersandoptimizingthedistributionofordersamongcandidatesuppliers.

Keywords：supplierselection;orderallocation;fuzzygroupdecision-making;techniquefororderofpreferencebysimilaritytoidealsolutio