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A two-stage capacity reservation contract model with backup sourcing considering supply side disruptions 考虑供应中断的备用采购两阶段产能保留合同模型
Q2 ENGINEERING, INDUSTRIAL Pub Date : 2023-10-29 DOI: 10.1080/21681015.2023.2264288
Sidharath Joshi, Huynh Trung Luong
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引用次数: 0
Nonlinear cointegration analysis of China’s money demand function stability 中国货币需求函数稳定性的非线性协整分析
Q2 ENGINEERING, INDUSTRIAL Pub Date : 2023-10-27 DOI: 10.1080/21681015.2023.2270990
Xiaohui Shu, Jinqi Song, Qinli Lei, Yangkuo Li
ABSTRACTIn this study, an analytical framework of non-linear co-integration theory is applied to empirically analyze the Chinese money demand function data from Q1 1994 to Q3 2017. The results show that it neglects non-linearities in all variables and that M1 and M2 have long-run nonlinear equilibrium relationships with real GDP, interest rate, inflation rate, the effective exchange rate of RMB, and trade dependence. Further, an enhanced BP neural network is applied to estimate the long-run equilibrium equation, and it is found that the marginal coefficients of M2 are more stable than those of M1. It is suggested that although China was much less dependent on foreign trade since the 2008 financial crisis, the RMB-USD exchange rate and financial variables outside China had a slight impact on China’s money demand because of its closed financial market so that the financial crisis had little effect on China’s financial system.KEYWORDS: Non-linear co-integrationrank testrange testenhanced BP neural networkmoney demand functionstability Disclosure statementThe authors have no relevant financial or non-financial interests to disclose.Notes1. Data on money demand-related variables from 1994 Q1 to 2017 Q3, real and nominal effective exchange rates were obtained from the BIS website, GDP, interest rates, money supply, and RMB-USD exchange rate were obtained from the CEI database.Additional informationFundingThis work was supported by the 2023 Hunan Natural Science Foundation Joint Fund Project: Research on Key Technologies for Measuring, Enhancing, and Visualizing the Competitiveness of Hunan Huaihua International Inland Port under the RCEP Framework (2023JJ50459).Notes on contributorsXiaohui ShuXiaohui Shu is a professor of business administration at Huaihua University. His main research areas of interest is in Economic Statistics, Time Series Analysis, and Regional Economic Development. He has published many academic articles in peer-reviewed recommended journals and has led multiple fund projects.Jinqi SongJinqi Song is an associate professor at Jiangxi Normal University. His research interests include economic statistics, time series analysis, and their applications. He has published multiple academic articles in peer-reviewed journals and has also led several funded research projects.Qinli LeiQinli Lei is a professor in the Department of Statistics at the School of Economics, Jinan University. His primary research interests include sampling surveys, statistical analysis methods, and economic growth. He has published over 50 academic articles in peer-reviewed journals. Additionally, he has successfully led and completed multiple national and provincial research projects, and has also authored more than 10 books and university textbooks.Yangkuo LiYangkuo Li graduated from Jishou University in 2019 with a master's degree. His research interests include statistical modeling and big data analysis. He has done a lot of empirical research in the fields of e
摘要本文运用非线性协整理论的分析框架,对1994年第一季度至2017年第三季度的中国货币需求函数数据进行实证分析。结果表明,该模型忽略了所有变量的非线性,M1和M2与实际GDP、利率、通货膨胀率、人民币有效汇率和贸易依存度之间存在长期非线性均衡关系。进一步,利用增强的BP神经网络估计长期平衡方程,发现M2的边际系数比M1的边际系数更稳定。本文认为,虽然2008年金融危机以来中国对外贸易依存度大大降低,但由于中国金融市场的封闭性,人民币对美元汇率和境外金融变量对中国货币需求的影响较小,因此金融危机对中国金融体系的影响较小。关键词:非线性协整秩奇异检验增强BP神经网络货币需求函数稳定性披露声明作者无相关财务或非财务利益需要披露。1994年第一季度至2017年第三季度的货币需求相关变量数据、实际和名义有效汇率数据来自国际清算银行网站,GDP、利率、货币供应量和人民币兑美元汇率数据来自CEI数据库。2023年湖南省自然科学基金联合基金项目:RCEP框架下湖南怀化国际内河港竞争力测度、提升与可视化关键技术研究(2023JJ50459)。作者简介舒晓辉,怀化大学工商管理学教授。主要研究方向为经济统计、时间序列分析、区域经济发展。他在同行评议的推荐期刊上发表了多篇学术文章,并主持了多个基金项目。宋金琦,江西师范大学副教授。主要研究方向为经济统计、时间序列分析及其应用。他在同行评议的期刊上发表了多篇学术文章,并领导了几个资助的研究项目。雷勤丽,暨南大学经济学院统计系教授。他的主要研究兴趣包括抽样调查、统计分析方法和经济增长。他在同行评议期刊上发表了50多篇学术文章。主持并完成多项国家级、省部级科研项目,著有专著和高校教材10余部。李杨国(音译)2019年毕业于吉首大学,获硕士学位。主要研究方向为统计建模和大数据分析。在经济学、统计学及相关学科领域进行了大量实证研究,并在学术期刊上发表了多篇研究论文。
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引用次数: 0
Optimizing worker productivity and the exposure to hand-arm vibration: a skill-based job rotation model 优化工人生产力和暴露于手臂振动:一个基于技能的工作轮换模型
Q2 ENGINEERING, INDUSTRIAL Pub Date : 2023-10-24 DOI: 10.1080/21681015.2023.2270985
Saleh AlBaiti, Naser Nawayseh, Ali Cheaitou
ABSTRACTProductivity and concerns regarding the well-being of workers exposed to vibrations stand as significant topics within labor-intensive sectors. In particular, this study contributes to the existing research by analyzing the problem with linkages among worker skill level, production rates, and vibration exposure. A bi-objective mixed integer linear programming model was employed to optimize both productivity and the exposure to hand-arm vibration in the manufacturing workplace. A sensitivity analysis was carried out to examine the impact of key parameters on the trade-off between productivity and vibration exposure. The results demonstrate the model’s effectiveness in determining the best job rotation schedules by achieving optimal productivity and vibration exposure for low and medium problem sizes. Moreover, the numerical case study points out that strengthening the workforce by adding more proficient skilled workers can maintain a good level of productivity with a decreased likelihood of excessive vibration exposure.KEYWORDS: Job rotationhand–arm vibrationworkforce schedulingoptimizationergonomics Disclosure statementNo potential conflict of interest was reported by the authors.Additional informationNotes on contributorsSaleh AlBaitiSaleh AlBaiti is a Research Assistant in the Sustainable Engineering Asset Management Research Group (SEAM), University of Sharjah, Sharjah, United Arab Emirates. He received his bachelor’s degree in Electrical and Electronics Engineering from University of Sharjah, United Arab Emirates and obtained his master’s degree in Engineering Management from the same university. His current interests are focused on optimization, vibration, ergonomics, and artificial intelligence.Naser NawaysehNaser Nawayseh is currently a Professor at the Department of Mechanical and Nuclear Engineering at the University of Sharjah, United Arab Emirates. He obtained his PhD in human responses to vibration from the Institute of Sound and Vibration Research (ISVR) at the University of Southampton in the United Kingdom. After his PhD, he worked as a Research Fellow for three years at ISVR where he was involved in several European and International projects. He then moved to the Gulf Region for an academic position. He is a member of the American Society of Mechanical Engineers (ASME) and the European Society of Biomechanics. His research interests are in the areas of biodynamic responses to vibration, postural stability and seating dynamics.Ali CheaitouAli Cheaitou is Associate Professor in Industrial Engineering and Engineering Management, and Coordinator of SEAM Research Group, University of Sharjah, United Arab Emirates. Previously, he served as Chairman of the Department of Industrial Engineering and Engineering Management between 2018 and 2022 and as Coordinator of the M.Sc. and Ph.D. programs in Engineering Management between 2013 and 2017 at the University of Sharjah. Prior to joining the University of Sharjah, Ali Cheaitou worke
摘要劳动密集型行业的生产力和对工人福祉的关注是劳动密集型行业的重要话题。特别是,本研究通过分析工人技能水平、生产率和振动暴露之间的关系,对现有的研究做出了贡献。采用双目标混合整数线性规划模型对生产车间的生产效率和手臂振动暴露进行了优化。进行了敏感性分析,以检验关键参数对生产率和振动暴露之间权衡的影响。结果证明了该模型在确定最佳工作轮换计划方面的有效性,通过实现中小问题规模的最佳生产率和振动暴露。此外,数值案例研究指出,通过增加更多熟练技术工人来加强劳动力,可以保持良好的生产力水平,同时降低过度振动暴露的可能性。关键词:工作轮换、手臂振动、劳动力调度、优化、人体工程学披露声明作者未报告潜在的利益冲突。附加信息saleh AlBaiti saleh AlBaiti是阿拉伯联合酋长国沙迦大学可持续工程资产管理研究小组(SEAM)的研究助理。他在阿拉伯联合酋长国沙迦大学获得电气和电子工程学士学位,并在该大学获得工程管理硕士学位。他目前的兴趣集中在优化、振动、人体工程学和人工智能。Naser NawaysehNaser Nawayseh目前是阿拉伯联合酋长国沙迦大学机械与核工程系的教授。他在英国南安普顿大学声音与振动研究所(ISVR)获得人体对振动的反应博士学位。博士毕业后,他作为研究员在ISVR工作了三年,参与了几个欧洲和国际项目。随后,他前往海湾地区担任学术职务。他是美国机械工程师学会(ASME)和欧洲生物力学学会的成员。他的研究兴趣是振动的生物动力学响应、姿势稳定性和座位动力学。Ali cheitou,阿拉伯联合酋长国沙迦大学工业工程与工程管理副教授,SEAM研究小组协调员。此前,他于2018年至2022年担任沙迦大学工业工程与工程管理系主席,并于2013年至2017年担任沙迦大学工程管理硕士和博士课程协调员。在加入沙迦大学之前,Ali cheitou曾在法国马赛Euromed Management (Kedge Business School)担任助理教授,并在法国巴黎École Centrale担任讲师。他还在法国巴黎的L’orsamal公司担任了两年的ERP和供应链管理顾问。主要研究方向为生产计划与库存控制、供应链管理、物流系统优化。
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引用次数: 0
Municipal solid waste management using multiple disposal location-arc routing and waste segregation approach: a real-life case study in England 城市固体废物管理使用多个处置地点-弧形路线和废物分类方法:在英国的现实案例研究
Q2 ENGINEERING, INDUSTRIAL Pub Date : 2023-10-12 DOI: 10.1080/21681015.2023.2265925
Fatemeh Hirbod, Tourandokht Karimi, Zahra Mohammadnazari, Masoud Rabbani, Amir Aghsami
ABSTRACTIn the realm of municipal operations, the effective management of municipal solid waste (MSW) stands out as a pivotal undertaking. It necessitates substantial allocations of fixed and variable resources and financial investments. The bulk of these expenditures are associated with the operational facets encompassing waste collection, transportation, and disposal. This research delves into the examination of multiple Disposal Location Arc Routing Problems (LARP) while considering vehicle capacity limitations and the incorporation of waste segregation. The LARP model is designed to identify the optimal locations for depots and three waste disposal sites. The optimization objectives and constraints applied to the LARP model are geared toward enhancing waste collection efficiency and minimizing costs. Additionally, a triangular fuzzy parameter is introduced to represent the demand. To put this model to the test, a real-world case study in the UK is explored to evaluate its performance and practicality. Finally, a series of sensitivity analyses are conducted, offering valuable managerial insights under varying conditions. The inclusion of waste segregation in this waste management model holds considerable significance for managers. This is particularly relevant because it proposes a more effective strategy for waste management when dealing with diverse types of waste.KEYWORDS: Location arc routing problemsmunicipal disposal siteswaste collectionwaste segregationmathematical modelfuzzy Disclosure statementNo potential conflict of interest was reported by the authors.Availability of data and materialDue to the nature of this research, data is available within the text.Additional informationFundingThe authors declare that no funds, grants, or other support were received during the preparation of this manuscript.Notes on contributorsFatemeh HirbodFathemeh Hirbod is an MSc in Industrial Engineering at the School of Industrial Engineering, College of Engineering, University of Tehran. Her main scientific interests include operations research, waste management, healthcare optimization, mathematical modeling.Tourandokht KarimiTourandokht Karimi is an MSc in Industrial Engineering at the School of Industrial Engineering, College of Engineering, University of Tehran. Her main scientific interests include operations research, machine learning, waste management, mathematical modeling.Zahra MohammadnazariZahra Mohammadnazari is currently an assistant lecturer and PhD candidate at Coventry Business College- School of strategy and leadership, Coventry University, United Kingdom. She has several papers in international journals such as Environment, Development and Sustainability, International Journal of Hospital Research, Journal of Ambient Intelligence and Humanized Computing, Multimedia Tools and Applications, etc. Her main scientific interests include operations research, multi-sided platform, machine learning, mathematical modeling, organizational assessm
摘要:在城市运营领域,城市固体废物(MSW)的有效管理是一项关键的工作。它需要大量分配固定和可变资源以及财政投资。这些支出的大部分与包括废物收集、运输和处置在内的业务方面有关。本研究在考虑车辆容量限制及纳入废物分类的情况下,深入探讨多处置地点弧线路线问题(LARP)。LARP模型的设计目的是确定废物处理场和三个废物处理场的最佳位置。LARP模型的优化目标和约束是为了提高废物收集效率和最小化成本。此外,还引入了一个三角模糊参数来表示需求。为了对该模型进行测试,我们在英国进行了一个真实的案例研究,以评估其性能和实用性。最后,进行了一系列敏感性分析,在不同条件下提供了有价值的管理见解。将废物分类纳入该废物管理模型对管理人员具有相当重要的意义。这是特别相关的,因为它提出了在处理不同类型的废物时更有效的废物管理战略。关键词:选址、路径问题、城市垃圾场、垃圾收集、垃圾分类、数学模型、模糊披露声明、作者未报告潜在利益冲突。数据和材料的可用性由于这项研究的性质,数据在文本中是可用的。作者声明在撰写本文期间没有收到任何资金、资助或其他支持。作者简介:fathemeh Hirbod,德黑兰大学工程学院工业工程学院工业工程硕士。她的主要科学兴趣包括运筹学、废物管理、医疗优化、数学建模。Tourandokht Karimi是德黑兰大学工程学院工业工程学院工业工程硕士。她的主要科学兴趣包括运筹学、机器学习、废物管理、数学建模。Zahra Mohammadnazari,现任英国考文垂大学考文垂商学院战略与领导力学院助理讲师兼博士研究生。在《环境、发展与可持续》、《国际医院研究杂志》、《环境智能与人性化计算杂志》、《多媒体工具与应用》等国际期刊上发表多篇论文。她的主要科学兴趣包括运筹学、多边平台、机器学习、数学建模、组织评估、供应链管理和数据驱动优化。马苏德·拉巴尼(Masoud Rabbani)是德黑兰大学工程学院工业与系统工程学院工业工程教授。在《欧洲运筹学杂志》、《国际生产研究杂志》、《国际生产经济学杂志》、《社会经济计划科学》、《工业与生产工程杂志》等国际期刊上发表论文300余篇。他目前的研究方向包括生产计划(精益生产、综合生产计划)、库存管理系统设计、人道主义物流、图论在工业规划中的应用、生产力管理、EFQM及相关学科。Amir Aghsami是Khaje Nasir Toosi理工大学工业工程学院工业工程博士。他在伊朗德黑兰大学获得工业工程硕士学位。他目前是德黑兰大学工程学院工业与系统工程学院的高级研究员。他在国际期刊上发表了70多篇论文,如社会经济计划科学、计算机与工业工程、国际生产研究杂志、清洁生产杂志、IISE医疗保健系统工程交易等。他的主要科学兴趣包括排队理论、随机过程、运筹学、医疗优化、排队库存系统、数学建模、供应链管理、灾害管理、废物管理和库存控制。
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引用次数: 0
Adaptive warehouse storage location assignment with considerations to order-picking efficiency and worker safety 考虑到拣货效率和工人安全的适应性仓库位置分配
Q2 ENGINEERING, INDUSTRIAL Pub Date : 2023-10-09 DOI: 10.1080/21681015.2023.2263009
Amir Zarinchang, Kevin Lee, Iman Avazpour, Jun Yang, Dongxing Zhang, George K. Knopf
Smart warehouses require software-based decision-making tools to manage the receiving, storing, and picking of products. A major challenge in achieving efficient operations is deciding where to store products associated with incoming orders. The storage location assignment problem (SLAP) is more complex in large-size warehouses due to several functional objectives and numerous possible shelving solutions. This paper introduces an artificial intelligence algorithm that seeks to find an acceptable solution to SLAP with presented linear and nonlinear objective functions. The near-optimal technique exploits basin-hopping and simulated-annealing algorithms to find a solution when considering four functional objectives including worker safety, which has not been optimized using similar approaches. The algorithm is experimentally evaluated, and results demonstrate that reasonablely achieved solutions are comparable to those obtained by well-known existing solvers. Furthermore, the problem could be solved with non-linear objectives which is beyond the commercial solvers’ like SCIP capability.
智能仓库需要基于软件的决策工具来管理产品的接收、存储和挑选。实现高效操作的一个主要挑战是决定在哪里存储与传入订单相关的产品。在大型仓库中,由于多个功能目标和多种可能的货架解决方案,存储位置分配问题(SLAP)更加复杂。本文介绍了一种人工智能算法,该算法利用给定的线性和非线性目标函数寻求可接受的SLAP解。近最优技术利用盆地跳跃和模拟退火算法,在考虑包括工人安全在内的四个功能目标时找到解决方案,这些目标尚未使用类似的方法进行优化。实验验证了该算法的有效性,结果表明,该算法所得到的解与现有的知名求解器所得到的解相当。此外,该问题还可以用非线性目标来求解,这超出了商业求解器(如SCIP)的能力。
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引用次数: 0
Development of a body of knowledge for design for disassembly and recycling of high-tech products: a case study on lithium-ion batteries 高科技产品拆卸和回收设计知识体系的发展:锂离子电池案例研究
Q2 ENGINEERING, INDUSTRIAL Pub Date : 2023-10-09 DOI: 10.1080/21681015.2023.2262467
Shady El Jalbout, Samira Keivanpour
ABSTRACTDemand for electronic products is growing, as is the volume of waste electrical and electronic equipment (WEEE). To reduce their environmental impact, particularly during their end-of-life, it is important to apply eco-design practices such as design for disassembly (DFD) and design for recycling (DFR) from the beginning of their development. However, these strategies are not systematically implemented by manufacturers due to several challenges, such as the complexity of the methods, the uncertainty and variability of the materials and components, and the lack of knowledge on DFD and DFR. This study aims to develop a body of knowledge (BOK) for DFD and DFR of electronic products to fill this gap. A systematic comparison of different BOKs has led to the proposal of a BOK composed of four main parts: Areas of Knowledge, Tools and Techniques, Skills and Abilities, and Terminology. The proposed framework was applied to lithium-ion batteries (LIBs) as an example of electronic products that require high-tech solutions for their efficient and sustainable management. This approach is essential for high-tech products, as they often contain valuable and scarce materials that need to be recovered and reused in a circular economy. The results showed that the BOK was an effective tool in supporting the sustainable development of batteries.KEYWORDS: Body of knowledgedesign for disassemblydesign for recyclinghigh-tech productslithium-ion batteries Disclosure statementNo potential conflict of interest was reported by the author(s).Acronyms BOK=Body of KnowledgeCAD=Computer-Aided designDFD=Design for DisassemblyDFR=Design for RecyclingEEE=Electrical and Electronic EquipmentEoL=End of LifeEV=Electric VehicleLCA=Life Cycle AssessmentLCC=Life Cycle CostLIB=Lithium-Ion BatteryPLM=Product Lifecycle ManagementTEA=Techno-Economic AssessmentWEEE=Waste Electrical and Electronic EquipmentAdditional informationFundingThe authors gratefully acknowledge the financial support from the Natural Sciences and Engineering Research Council of Canada (NSERC) for this research project. FundingThe authors gratefully acknowledge the financial support from the Natural Sciences and Engineering Research Council of Canada (NSERC) for this research project [grant number RGPIN-2020-05565].Notes on contributorsShady El JalboutShady El Jalbout is an engineer and a business developer with a background in mechanical and industrial engineering. He holds a bachelor’s degree in mechanical engineering and two master’s degrees, one in mechanical engineering and another in industrial engineering. He recently graduated from the professional master’s program in industrial engineering at Polytechnique Montreal. He currently works in the business development of high-tech and innovative products. His research interests include technology management, sustainability, high-tech product development and business models.Samira KeivanpourSamira Keivanpour is an assistant professor in the Department of Math
摘要电子产品的需求日益增长,废弃电子电气设备(WEEE)的数量也在不断增加。为了减少它们对环境的影响,特别是在它们的生命周期结束时,从它们的开发开始就应用生态设计实践,如拆卸设计(DFD)和回收设计(DFR),这一点很重要。然而,由于一些挑战,例如方法的复杂性,材料和组件的不确定性和可变性,以及缺乏对DFD和DFR的了解,制造商并没有系统地实施这些策略。本研究旨在建立电子产品DFD和DFR的知识体系(BOK),以填补这一空白。通过对不同教材的系统比较,我们提出了由四个主要部分组成的教材:知识领域、工具和技术、技能和能力以及术语。该框架被应用于锂离子电池(LIBs),作为电子产品的一个例子,需要高科技解决方案来实现其高效和可持续的管理。这种方法对于高科技产品至关重要,因为它们通常包含有价值和稀缺的材料,需要在循环经济中回收和再利用。结果表明,BOK是支持电池可持续发展的有效工具。关键词:知识体系拆解设计高科技产品回收设计锂离子电池披露声明作者未报告潜在利益冲突。首字母缩略词BOK=知识体系ecad =计算机辅助设计dfd =拆解设计dfr =回收设计eee =电气和电子设备ol =生命周期结束ev =电动汽车elca =生命周期评估lcc =生命周期成本lib =锂离子电池plm =产品生命周期管理tea =技术经济评估weee =废弃电气和电子设备附加信息资金作者感谢来自自然科学与工程研究委员会的资金支持加拿大国家科学研究委员会(NSERC)资助本研究项目。作者感谢加拿大自然科学与工程研究委员会(NSERC)对本研究项目的财政支持[批准号:RGPIN-2020-05565]。作者简介shady El JalboutShady El Jalbout是一名工程师和业务开发人员,拥有机械和工业工程背景。他拥有机械工程学士学位和两个硕士学位,一个是机械工程学位,另一个是工业工程学位。他最近从蒙特利尔理工大学工业工程专业硕士课程毕业。他目前从事高科技和创新产品的业务开发。他的研究兴趣包括技术管理、可持续发展、高科技产品开发和商业模式。Samira Keivanpour是加拿大montracei理工大学数学与工业工程系的助理教授。她研究供应链和物流管理的可持续解决方案,重点关注报废产品处理、循环制造和工业4.0技术的集成。
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引用次数: 0
Improving plastic manufacturing processes with the integration of Six Sigma and machine learning techniques: a case study 通过集成六西格玛和机器学习技术改进塑料制造工艺:一个案例研究
Q2 ENGINEERING, INDUSTRIAL Pub Date : 2023-09-30 DOI: 10.1080/21681015.2023.2260384
Zahran Abd Elnaby, Amal Zaher, Ragab K. Abdel-Magied, Heba I. Elkhouly
ABSTRACTThis research integrates machine learning (ML) and Six Sigma’s Define, Measure, Analyze, Improve, and Control (DMAIC) methodology to address these issues. The study details the selection and utilization of ML techniques, including Linear Regression (LR), Artificial Neural Network (ANN), Decision Tree (DT), K-nearest neighbors (KNN), and Cluster Analysis (CA). Implemented at the Innovative Plastic Manufacturing Company in Egypt, this research enhances the consistency of plastic bottle production by addressing issues such as surface marks, flashes, bubbles, and variations in liter capacity. Integrating Six Sigma with ML techniques reduces the average defect rate from approximately 67.8%. It elevates the Sigma level from 3.14 to 4.30, reducing material over-consumption costs from 5% to 1.7% of total manufacturing expenses. Notably, the KNN model achieves the best results for defect testing, with an R-squared value of 98.8%. These methodologies lead to cost reduction, increased competitiveness, and improved product quality when implemented.KEYWORDS: Six Sigmaqualityplastic manufacturingmachine learningDMAICvariabilityplastic fittings Disclosure statementNo potential conflict of interest was reported by the author(s).Data availability statementThe datasets used and/or analyzed during the current study are available from the corresponding author on reasonable request.Abbreviation PET=Polyethylene terephthalateLSS=Lean Six SigmaML=Machine LearningKNN=k-nearest neighborsDL=deep learningAI=Artificial intelligenceBPNN=back-propagation neural networkSVR=support vector regressionPSO=algorithm to optimize the process parametersDMAIC=Define, Measure, Analyze, Improve, and ControlSIPOC=Suppliers, Input, Process, Output,CustomerDPMO=defects per million opportunitiesPCA=principal component analysisPCIs=process capability indicesDPO=Defects per OpportunityPPM=Parts per MillionLR=Linear regressionDT=Decision treesCA=Cluster Analysis
摘要本研究将机器学习(ML)与六西格玛的定义、测量、分析、改进和控制(DMAIC)方法相结合来解决这些问题。该研究详细介绍了ML技术的选择和利用,包括线性回归(LR)、人工神经网络(ANN)、决策树(DT)、k近邻(KNN)和聚类分析(CA)。这项研究在埃及的创新塑料制造公司实施,通过解决诸如表面标记、闪光、气泡和升容量变化等问题,提高了塑料瓶生产的一致性。六西格玛与机器学习技术的集成将平均缺陷率从大约67.8%降低。它将Sigma水平从3.14提高到4.30,将材料过度消耗成本从总制造费用的5%降低到1.7%。值得注意的是,KNN模型在缺陷测试中获得了最好的结果,其r平方值为98.8%。这些方法可以降低成本,提高竞争力,并在实施时提高产品质量。关键词:六西格玛质量塑料制造机器学习dmai可变性塑料配件披露声明作者未报告潜在的利益冲突。数据可用性声明当前研究中使用和/或分析的数据集可根据通讯作者的合理要求提供。缩写PET=聚对苯二甲酸乙二醇酯ss =精益六西格maml =机器学习knn =k近邻sdl =深度学习ai =人工智能bpnn =反向传播神经网络svr =支持向量回归pso =优化过程参数的算法sdmaic =定义、测量、分析、改进和控制sipoc =供应商、输入、过程、输出,客户dpmo =每百万机会的缺陷espca =主成分分析pcis =过程能力指数dpo =每机会的缺陷ppm =每百万零件lr =线性回归dt =决策树ca =聚类分析
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引用次数: 0
A fuzzy stochastic goal programming for selecting suppliers in case of potential disruption 潜在中断情况下供应商选择的模糊随机目标规划
Q2 ENGINEERING, INDUSTRIAL Pub Date : 2023-09-19 DOI: 10.1080/21681015.2023.2259385
Faiza Hamdi, Laila Messaoudi, Jalel Euchi
ABSTRACTDue to globalization and the new characteristics of the business, companies face various challenges to ensure their continuity and competitive advantages. COVID-19 pandemic can be an extreme event that will eventually force many businesses and all industries to redesign and transform their global supply chain model? Challenges concerning mainly reducing the operating cost which is based on selecting the optimal suppliers to provide a reliable product. This study contributes to solving a supplier selection problem under disruption risk due to the lack of literature reviews with a lack of multi-methodological perspective for the fuzzy stochastic notions and quantitative techniques for the quantification of risk alternatives. Prior studies are neglecting to consider the value of risk and prefer to discover chances for optimizing anticipated costs or profits. This study proposed a fuzzy stochastic goal programming approach for selecting the optimal supplier under disruption risk. The proposed model incorporates multiple criteria such as capacity, stochastic demand, and probability of disturbance. The problem of stochastic combinatorial optimization obtained is presented as a program of fuzzy random aim by integrating techniques of value at risk and conditional risk value. Numeric samples and calculation results are included. The results of the models help the decision-maker to optimize the selection of suppliers in the event of a disturbance risk problem by an estimated value at risk and by simultaneously minimizing the conditional value of the risk and demonstrate the efficacy and acceptability of the created risk-averse technique as well as the effects of risk factors on our model behavior.KEYWORDS: Screening supplierrisk of disturbancefuzzy stochastic objectiveConditional value of riskrisk aversion Disclosure statementNo potential conflict of interest was reported by the authors.Additional informationNotes on contributorsFaiza HamdiFaiza Hamdi is an Assistant Professor at the College of Business, University of Jeddah in Saudi Arabia, where she is an integral member of the Supply Chain Management Department. Dr. HAMDI brings a diverse academic background to her role, having earned a Ph.D. in Quantitative Methods from the University of Sfax, Tunisia, and another in Industrial Engineering from the University of Toulouse, France. Her academic pursuits align closely with her research interests, which encompass a broad spectrum of subjects within the field of Supply Chain Management (SCM). Dr. HAMDI's expertise extends to areas such as logistics, optimization, inventory management, simulation, lean manufacturing, and green supply chain practices. Currently, her research is particularly focused on the intricate realms of optimization in supply chain management and the dynamic landscape of risk management within this domain.Laila MessaoudiLaila Messaoudi serves as an Assistant Professor at Gabes University in Tunisia. She earned her Ph.D. in quant
摘要由于全球化和商业的新特点,企业为保证其连续性和竞争优势而面临各种挑战。COVID-19大流行可能是一个极端事件,最终将迫使许多企业和所有行业重新设计和转变其全球供应链模式?挑战主要是降低运营成本,这是基于选择最优的供应商来提供可靠的产品。由于缺乏文献综述,缺乏模糊随机概念的多方法学视角和量化风险选择的定量技术,本研究有助于解决中断风险下的供应商选择问题。先前的研究忽略了考虑风险的价值,而倾向于发现优化预期成本或利润的机会。提出了一种模糊随机目标规划方法,用于在中断风险下选择最优供应商。该模型结合了容量、随机需求和干扰概率等多个标准。将风险值技术与条件风险值技术相结合,将得到的随机组合优化问题表现为模糊随机目标规划。文中给出了数值算例和计算结果。模型的结果帮助决策者在出现干扰风险问题时通过风险估定值和同时最小化风险的条件值来优化供应商的选择,并证明所创建的风险规避技术的有效性和可接受性以及风险因素对模型行为的影响。关键词:供应商筛选干扰风险模糊随机目标风险规避条件值披露声明未发现潜在利益冲突作者简介:faiza Hamdi faiza Hamdi是沙特阿拉伯吉达大学商学院的助理教授,也是供应链管理系的重要成员。HAMDI博士拥有多元化的学术背景,她获得了突尼斯斯法克斯大学的定量方法博士学位,以及法国图卢兹大学的工业工程博士学位。她的学术追求与她的研究兴趣密切相关,她的研究兴趣涵盖了供应链管理(SCM)领域的广泛学科。他的专业知识涉及物流、优化、库存管理、模拟、精益制造和绿色供应链实践等领域。目前,她的研究主要集中在供应链管理优化的复杂领域和该领域内风险管理的动态景观。aila Messaoudi是突尼斯加贝斯大学的助理教授。她在突尼斯斯法克斯大学获得定量方法博士学位。她的主要研究兴趣包括模糊随机优化和投资组合管理。她正在进行的研究主要集中在优化、数据科学和机器学习领域。Jalel Euchi是突尼斯加夫萨大学的助理教授,在那里他积极地为学术领域做出贡献。2011年,他在法国勒阿弗尔大学(Le Havre University)获得计算机科学博士学位,专攻优化和运输问题。此外,Jalel Euchi是突尼斯斯法克斯大学OLID实验室的副研究员。他的研究组合在诸如4OR, IJOR,能源报告,物流,能源系统,可再生和可持续能源评论,群体和进化计算,管理决策,JORS和车辆通信等受人尊敬的期刊上发表了大量出版物。他还致力于为Springer、IEEE、Taylor和Elsevier等知名出版商进行同行评议。此外,Jalel Euchi是突尼斯运筹学学会的终身会员。他的主要研究兴趣涵盖了广泛的主题,包括复杂的车辆路线问题,解决NP-Hard问题的启发式和元启发式算法的发展,计算运筹学,决策过程以及与物流和供应链相关的研究。
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引用次数: 0
AP clustering algorithm for analysis of the impact of cold chain distribution center location on logistics costs 运用AP聚类算法分析冷链配送中心选址对物流成本的影响
Q2 ENGINEERING, INDUSTRIAL Pub Date : 2023-09-19 DOI: 10.1080/21681015.2023.2257211
Kun He
ABSTRACTThe distribution center is a transit place for goods in the logistics network, used to achieve the distribution of goods. Compared with ordinary logistics, cold chain logistics has higher requirements for timeliness due to the low temperature or ultra-low temperature requirements of transport objects. Aiming at the problems of high cost and low efficiency of cold chain distribution center location, a new location model of cold chain distribution center is developed. The Affinity Propagation (AP) clustering algorithm is used to simplify location selection. And combine the binary semantics with entropy to reduce the subjectivity of the binary semantics in the process of experiment. The results show that the location selection using the research method is optimal, and the problem that multiple secondary distribution centers are the same retailer will not appear. The research method is more objective and scientific for the location of cold chain distribution centers.Compared with ordinary logistics, cold chain logistics has higher requirements for timeliness. Distribution center is the transfer place of goods in the logistics network, which plays an important role in the logistics supply chain system. A new location model of cold chain distribution center is developed. Using Affinity Propagation (AP) clustering algorithm to simplify location selection and combining binary semantics with entropy method can further improve the objectivity of influencing factor index weights. The results show that the problem of multiple secondary distribution centers providing logistics services for the same retailer will not occur in the research method, and the location selection results are optimal. And the logistics cost can be reduced by 0.042%. This study improves the distribution efficiency, enhances the customer experience of cold chain logistics distribution, and provides certain technology and reference value for the development of cold chain logistics distribution.KEYWORDS: AP clustering algorithmcostdistribution centercold chain logisticssite selection Disclosure statementNo potential conflict of interest was reported by the author(s).Additional informationNotes on contributorsKun HeKun He, a teacher at Chuzhou Polytechnic, specializing in the field of economics.
摘要配送中心是物流网络中货物的中转场所,用来实现货物的配送。与普通物流相比,冷链物流由于运输对象的低温或超低温要求,对时效性有更高的要求。针对冷链配送中心选址成本高、效率低的问题,提出了一种新的冷链配送中心选址模型。采用亲和性传播(Affinity Propagation, AP)聚类算法简化位置选择。并将二值语义与熵相结合,降低了二值语义在实验过程中的主观性。结果表明,采用该方法进行的选址是最优的,不会出现多个二级配送中心为同一零售商的问题。该研究方法对于冷链配送中心选址更加客观、科学。与普通物流相比,冷链物流对及时性的要求更高。配送中心是物流网络中货物的中转场所,在物流供应链系统中起着重要的作用。提出了一种新的冷链配送中心选址模型。采用亲和传播(Affinity Propagation, AP)聚类算法简化位置选择,并将二值语义与熵值法相结合,可以进一步提高影响因素指标权重的客观性。结果表明,研究方法不会出现多个二级配送中心为同一零售商提供物流服务的问题,区位选择结果是最优的。物流成本可降低0.042%。本研究提高了配送效率,增强了冷链物流配送的客户体验,为冷链物流配送的发展提供了一定的技术和参考价值。关键词:AP聚类算法成本配送中心冷链物流选址披露声明作者未报告潜在利益冲突。贺坤(音译),滁州职业技术学院经济学专业教师。
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引用次数: 1
Adaptive production control of two-product closed-loop supply chain dynamics under disruptions 中断下双产品闭环供应链动态的自适应生产控制
Q2 ENGINEERING, INDUSTRIAL Pub Date : 2023-09-11 DOI: 10.1080/21681015.2023.2256962
Roberto Rosario Corsini
ABSTRACTThis paper addresses the dynamics of a two-product closed-loop supply chain with realistic assumptions on production capacity constraints. The closed-loop supply chain is also subject to unpredictable disruptions, which lead to the non-stationarity of customer demand. The factory employs a production control policy to decide the product type to be processed. We propose a novel production control policy, named the Adaptive Hedging Corridor Policy, which makes decisions on production capacity based on the demand evolution. The proposed strategy is compared with well-known production control policies widely used in literature, such as DDMRP. Simulation results demonstrate the benefits of implementing an adaptive production control as it enables the closed-loop supply chain to enhance customer service level and bullwhip effect. Additionally, a sensitivity analysis is provided to assess the influence of experimental factors on the performance. The analysis highlights the significance of return flows and manufacturing operations for the closed-loop supply chain.KEYWORDS: supply chain dynamicsdisruptionchangeoverproduction controlbullwhipDDMRP Disclosure statementNo potential conflict of interest was reported by the author(s).Additional informationFundingThis work was supported by the Università di Catania [PIACERI 2020/22 – GOSPEL / 59722022261].Notes on contributorsRoberto Rosario CorsiniRoberto Rosario Corsini, PhD, is a postdoctoral researcher in Technology and Manufacturing Systems at the University of Catania (Italy). He holds a PhD in Complex Systems for Physical, Socio-economics, and Life Sciences and a Master’s degree in Management Engineering from the University of Catania. His professional background includes roles as Production Planner and Healthcare Management Engineer. His research activities deal with the application of AI frameworks, optimization techniques, and simulation models for Manufacturing Systems, Supply Chains, and Healthcare Systems
摘要本文在产能约束条件下研究了两产品闭环供应链的动力学问题。闭环供应链也会受到不可预测的中断,从而导致客户需求的非平稳性。工厂采用生产控制政策来决定要加工的产品类型。本文提出了一种新的生产控制策略——自适应套期保值走廊策略,该策略基于需求演化对生产能力进行决策。将该策略与文献中广泛使用的生产控制策略(如DDMRP)进行了比较。仿真结果表明,实施自适应生产控制可以提高闭环供应链的客户服务水平和牛鞭效应。此外,还提供了灵敏度分析,以评估实验因素对性能的影响。分析强调了回流和制造操作对闭环供应链的重要性。关键词:供应链动态中断变化生产过剩控制牛鞭ddmrp披露声明作者未报告潜在的利益冲突。本研究由卡塔尼亚大学支持[PIACERI 2020/22 - GOSPEL / 59722022261]。roberto Rosario Corsini,博士,意大利卡塔尼亚大学技术与制造系统博士后研究员。他拥有卡塔尼亚大学复杂系统物理、社会经济学和生命科学博士学位和管理工程硕士学位。他的专业背景包括生产计划员和医疗保健管理工程师。他的研究活动涉及制造系统、供应链和医疗保健系统的人工智能框架、优化技术和仿真模型的应用
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引用次数: 1
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Journal of Industrial and Production Engineering
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