参考文献/References:
[ 参 考 文 献 ][1] DEMIRL,KOYUNCUOLU M U.Theimpactoftheoptimalbufferconfigurationon productionlineeffiGciency:A VNSGbasedsolutionapproach[J].ExpertSystemswithApplications,2021,172(01):114631.[2] COSTAA,ALFIERIA,MATTAA,etal.Aparalleltabusearchforsolvingtheprimalbufferallocationprobleminserialproductionsystems[J].Computers&OperationsResearch,2015,64:97G112.[3] GUNAYEE,KULA U.AtwoGstagestochasticruleGbasedmodeltodeterminepreGassemblybuffercontent[J].JournalofIndustrialEngineeringInternational,2018,14(04):1G9.[4] KANGY,JUF.FlexiblepreventativemaintenanceforserialproductionlineswithmultiGstagedegradingmaGchinesandfinitebuffers[J].IISETransactions,2019,51(07):777G791.[5] TIACCIL.SimultaneousbalancingandbufferallocaGtiondecisionsforthedesignofmixedGmodelassemblylines with parallel workstationsandstochastictasktimes[J].InternationalJournalofProductionEconomGics,2015,162:201G215.[6] LIU X,LEIM,ZENG Q,etal.IntegratedoptimizaGtionofmixedGmodelassemblylinebalancingandbufferallocationbasedonoperationtimecomplexity[J].ProGcediaCIRP,2019,81:1040G1045.[7] RODRIGO RS,SABRY S.Influenceofunbalanced6 湖 北 工 业 大 学 学 报 2024年第1期 operationtimemeansandunevenbufferallocationonunreliablemergingassemblylineefficiency[J].InterGnationalJournalofProductionResearch,2019,57(05G06):1645G1666.[8] 周炳海,苏谊.基于可变缓冲区存储量的串行生产线节能分析[J].哈尔滨工程大学学报,2016,37(06):832G836.[9] 刘畅,贾之阳.有限小批量定制生产伯努利三机器装配系统实时性能分析[J].自动化学报,2019,45(03):471G479.[10]高贵兵,岳文辉,张道兵,等.基于马尔可夫过程的混流装配线缓冲区容量研究[J].中国机械工程,2013,24(18):2524G2528.[11]刘雪梅,刘涛,郭欢.基于可用度评价的混联生产线缓冲区 配 置 优 化 [J].中 国 机 械 工 程,2020,31(18):2220G2230.[12]ZHOUB,LIU Y,YUJ,etal.OptimizationofbufferallocationinunreliableproductionlinesbasedonavailGabilityevaluation[J].OptimalControl ApplicationsandMethods,2018,39(01):204G219.[13]高贵兵,岳文辉,张人龙.基于状态熵的制造系统结构脆弱性评估方法[J].计算机集成制造系统,2017,23(10):2211G2220.[14]段建国,李爱平,谢楠,等.基于状态熵的制造系统结构复杂 性 建 模 与 评 价 [J].机 械 工 程 学 报,2012,48(05):92G100.[15]胡林敏,岳德权,李建东.基于可用度改进方法的多状态串并联可修系统优化设计[J].系统工程理论与实践,2017,37(08):2185G2191.