物流工程碩士論文參考文獻

來源: www.126151.tw 發布時間:2015-07-03 論文字數:3695字
論文編號: sb2015070114145213159 論文語言:中文 論文類型:論文格式
本文是參考文獻寫作指導, 簡單的介紹了物流工程碩士論文的參考文獻。

物流工程碩士論文參考文獻一


[1] JACK GAJ, VAN DER VORST, ADRIE JM BEULENS. Modelling andsimulating multi-echelon food systems [J].European Journal ofOperational Research, 2000, 122(2): 354-366.
[2] EJACK CHEN, YOUNG M LEE, PAUL L SELIKSON. A simulationstudy of logistics activities in a chemical plant [J].Simulation ModellingPractice and Theory, 2002, 10(3-4): 235-245.
[3] MARCO A DRUAN, LIFEI CHENG. Logistics for world-wide crude oiltransportation using discrete event simulation and optimal control[J].Computers & Chemical Engineering, 2004, 28(6-7): 897-911.
[4] ANA PAULA IANNONI, REINALDO MORABITO. A discrete simulationanalysis of a logistics supply system [J].Transportation R Research Part E:Logistics and Transportation Review,2006, 42(4): 191-210.
[5] AOYAMA YUKO. Modeling the Impact of Business-to-BusinessElectronic Commerce on the Organization of the Logistics Industry[J].Geographical Analysis, 2005, 37(1): 46-68.
[6] CHEN PING, FU ZHAO HUI. Research of Port Warehouse Optimizing inSingapore [J]. IEEE Transactions on Automation Science and Engineering,2004, 7(7): 26-27.
[7] PETERSEN, CHARLES G. Improving order-picking performance throughthe implementation of class-based storage [J].International Journal ofPhysical Distribution & Logistics Management, 2004, 34(7): 534-544.
[8] JIUN-YAN SHIAU, MING-CHANG LEE. A Warehouse ManagementSystem with Sequential Picking for Multi-container Deliveries [J].Computers & Industrial Engineering, 2010, 58(3): 382-392.
[9] SHIVA MIRSHAHI, SENER UYSAL. Integration of RFID and WSN forSupply Chain Intelligence System [J]. International Conference, 2013,27(29): 1-6.
[10] POON TC, CHOY KL, HARRY KH, CHOW. A RFID Case-basedLogistics Resource Management System for Managing Order-pickingOperations in Warehouses [J]. Expert Systems with Applications, 2009,36(4): 8277-8301.
[11] FEI CHENG, SHANJUN HE. How to Construct an Automated WarehouseBased on Colored Timed Petri Nets. Innovations in Computing Sciencesand Software Engineering [J], 2010, 38(3): 227-233.
[12] JAEWOO CHUNG, JOSE MA, TANCHOCO. Material HandlingAutomation in Production and Warehouse Systems [J]. Springer BerlinHeidelberg, 2009, 55(7): 961-979.
[13] RENE DE KOSTER, THO LE-DUC, KEES JAN ROODBERGEN. Designand Control of Warehouse Order Picking: A Literature Review [J].European Journal of Operational Research, 2007, 182(2): 481-501.
[14] MATSON JO, WHITE JA. Operational Research and Material Handling[J]. European Journal of Operational Research, 1982, 11(4): 309-318.
[15] KUSIAK A. Material Handling in Flexible Manufacturing Systems [J].Material Flow, 1985, 11(2): 79-95.
[16] JOHNSON ME, BRANDEAU ML. Stochastic Modeling for AutomatedMaterial Handling System Design and Control [J]. Transportation Science,1996, 30(4): 330-350.
[17] MANDA BS, PALEKAR US. Recent Advances in the Design and Analysisof Material Handling Systems [J]. Journal of Manufacturing Science andEngineering, 1997, 119(4): 841-848.
[18] HERBERT SB. Method Used to Salvage Warehouse Subjected to SevereSettlement and Practice [J]. Periodical Structure and Construction, 1997,2(3): 131-136.
[19] CHUN CHEN LEE. Two-warehouse Inventory Model with Deteriorationunder FIFO Dispatching Policy [J]. European Journal of OperationalResearch, 2006, 174(2): 861-873.
[20] 陳柳欽. 物聯網:國內外發展動態及亟待解決的關鍵問題 [J]. 決策咨詢通訊, 2010, (5): 15-25.
[21] 黃銀娣, 卞榮花, 張駿. 國內外物流系統仿真軟件的應用研究 [J]. 工業工程與管理, 2010, 15(3): 124-128.
[22] BAFNA KM, REED JRR. An Analytical Approach to Design of High-riseStacker Crane Warehouse Systems [J]. Journal of Industrial Engineering,1972, (8): 8-14.
[23] ARI-PEKKA HAMERI, ANTTI PAATELA. Multidimensional Simulationas a Tool for Strategic Logistics Planning [J]. Computers in Industry, 1995,27(3): 273-285.
[24] TOWILL DR, ADEL VECCHIO. The Application of Filter Theory to theStudy of Supply Chain Dynamics [J]. Production Planning and Control,1994, 5(1): 82-96.
[25] ANA PAULA IANNONI, REINALDO MORABITO. A DiscreteSimulation Analysis of a Logistics Supply System [J]. TransportationResearch Part E: Logistics and Transportation Review, 2006, 42(3):191-210.
[26] ROSENBLATT MJ, ROLL Y. Warehouse Design with Storage PolicyConsiderations [J].IIE Transactions, 1984, 22(5): 178-185.
[27] JIE WEI, STEPHEN CHLEUNG. A Simulation Modeling and Analysis forRFID-enabled Mixed-product Loading Strategy for Outbound Logistics: ACase Study [J]. Computers & Industrial Engineering, 2011, 61(1):209-215.
[28] PETER NYHUIS, GREGOR VON CIEMINSKI, ANDREAS FISCHER.Applying Simulation and Analytical Models for Logistic PerformancePrediction [J]. CIRP Annals-Manufacturing Technology, 2005, 54(1):417-422.
[29] 李忠成. 智能倉儲物聯網的設計與實現 [J]. 計算機系統應用, 2011,20(7): 11-15.
[30] 趙國智, 王喜富, 張仲義. 鐵路物流企業倉儲及配送管理系統分析及系統設計研究 [J]. 物流技術, 2008, (9): 107-110.
[31] 姜世偉, 項前, 呂志軍. 基于 SOA 的自動化立體倉庫管理系統實現 [J].計算機工程與設計, 2011, 32(12): 4044-4047.
[32] 倪會娟, 羅繼亮. 采用普通 Petri 網的自動化立體倉庫系統的 PLC 程序設計 [J]. 華僑大學學報(自然科學版), 2014, 35(2): 146-150.
[33] 丁希辰, 吳竹筠, 王怡婷等. 基于最高響應比法和匈牙利算法的調度系統在流水線、倉儲系統中的應用研究 [J]. 工業控制計算機, 2012,25(12): 106-107,110.
[34] 李寶順. 基于遺傳算法的自動倉儲系統的優化 [D]. 山東: 山東科技大學, 2004: 17-26.
[35] 邵琳. 自動化立體倉庫系統設計優化研究 [D]. 大連: 大連海事大學,2005: 11-46.
[36] 劉永瑞, 閆軍. 基于 Petri 網的原材料庫存中心的建模與仿真 [J]. 企業技術開發, 2014, 33(1): 13-15, 56.
[37] 歐劍, 閔杰. 需求隨機依賴庫存環境下的訂貨仿真優化模型 [J]. 計算機工程與應用, 2014, 50(9): 231-236.
[38] 楊文強, 鄧麗, 牛群等. 針對庫區分配優化問題的改進型細菌覓食算法 [J]. 計算機集成制造系統, 2014, 20(7): 1684-1690.
[39] 陳伊菲, 左生龍, 孟翔峰. 基于無線技術的倉儲揀選作業流程再造方案分析 [J]. 物流技術, 2005, (10): 259-266.
[40] 劉大平. 物流自動化存取過程中的交互控制 [D]. 武漢: 武漢理工大學, 2005: 22-42.


物流工程碩士論文參考文獻二


[1] 吳會杰,李菁.我國倉儲行業發展的現狀、原因及對策分析—以發達國家倉儲行業發展為例[J].對外經貿實務,2011,(8):81-84.
[2] 王洋,邵彥慧,王永濤.我國倉儲業的走向—第三方倉儲管理[J].商場現代化,2010,15(5):19-20.
[3] FABER N. Linking warehouse complexity to warehouse planning and controlstructure: An exploratory study of the use of warehouse managementinformation systems [J]. International Journal of Physical Distribution &Logistics Management, 2002, 32(5): 381-395.
[4] KARKKAINEN. Increasing efficiency in the supply chain for short lifegoods using RFID tagging [J]. International Journal of Retails &Distribution Management, 2003, 31(10): 529-536.
[5] BOEWN T. Slotting optimization for railway freight yard based on geneticalgorithm[C].ICLEM 2010:Logistics for Sustained EconomicDevelopment-Infrastructure, Integration-Proceedings of the 2010International Conference of Logistics Engineering and Management, 2010,(387): 3328-3235.
[6] 中國倉儲協會秘書處.2010 年中國倉儲行業發展綜合報告,物流工程與管理[J].2010,(6):1-6.
[7] 衛三軍.自動化立體倉庫作業優化與監控技術研究[D].東北大學,2007:10-22.
[8] 鄭克磊,鄭克俊,倪志敏.淺談我國現代倉儲業存在問題及發展對策[J].物流科技,2009,(02):12-14.
[9] VAN DEN BERG J P, ZIJM WHM. Models for warehouse management:Classification and examples [J]. International Journal of ProductionEconomics, 1999, 21(1): 201-215.
[10] MALMBORG C J. An integrated storage system evaluation model [J].Journal of Applied Mathematics, 1996, 12(8): 175-195.
[11] PETERSEN, CHARLES.G. Improving order-picking performance throughthe implementation of class-based storage [J]. International Journal ofPhysical Distribution & Logistics Management, 2004,(11): 87-95.
[12] HSIEH S, TSAI K C. A BOM oriented class-based storage assignment inautomated storage/retrieval systems [J]. J Adv Manu Techno, 2001, 9(17):38-46.
[13] BYUNG C P, ROBERT D. F, EDWARD E. Performance of system withtwo-class storage [J]. European Journal of Operation Research, 2006, 170(1):180-192.
[14] PIUS J. EMBOLUS. Framework for dynamic positioning ofstorage/retrieval system machines in an automated storage/retrieval system[J]. International Journal of Production Research, 1991, 29(1): 55-67.
[15] THONEMANN U W, BRANDEAU M L. Optimal storage assignmentpolicies for automated storage and retrieval systems with stochastic demands[J]. Management Science, 1998, 41(1): 74-85.
[16] CHULUNG LEE, HUEI CHUEN HUANG, PAUL GOLDSMAN, BIN LIU,ZHIYONG XU. Reservation storage policy for AS/RS at Air cargo terminals[J]. Proceedings of the 2005 Winter Simulation Conference, 2005,(11):56-67.
[17] 李詩珍,陳漁,帥玉妹.立體倉庫自動存取系統的作業周期與貨位分區管理[J].起重運輸機械,2002,10(1):8-10.
[18] 卞美琳.貨位優化管理[J].物流技術,2004,21(7):22-24.
[19] 劉金平,周炳海,奚立峰.在線自動化立體倉庫的庫位分配方法及其實證研究[J].工業工程與管理,2005,(1):11-13.
[20] 吳麗娜,周支立,鄭家新.某公司倉庫儲區和貨位的分析與改進[J].工業工程與管理,2006,(4):106-111.
[21] 鄭凌鶯,張欣,言勇華.物流中心倉庫貨位優化系統的設計研究[J].物流技術,2006,22(6):33-46.
[22] 顧君.貨位布局研究和圖形化模擬倉庫的實現[J].內蒙古科技與經濟,2007,11(2):54-57.
[23] 傅忠寧,張連富,郝紅絹,雋志才,張志輝.倉儲區貨位規劃模型與求解方法[J].交通運輸系統工程與信息,2008,24(4):109-112.
[24] 肖建,鄭力.檢修備品庫的貨位優化模型[J].清華大學學報(自然科學版),2008,11(3):29-35.
[25] 吳婷.基于遺傳算法的倉儲系統多目標貨位優化的研究[D].武漢理工大學,2011:7-32.
[26] 王夢楠.基于遺傳算法的物流中心貨位優化研究[D].大連海事大學,2011:15-33.
[27] 吳加廣.K 電子公司物流倉儲貨位優化研究[D].武漢理工大學,2012:20-45.
[28] 鄂曉征,祖巧紅,曹萌萌.基于遺傳算法 的汽車零件自動化倉儲貨位優化[J].系統仿真學報,2013,15(3):430-435.
[29] 王昭玉.一汽大眾物流倉儲中心貨位優化研究[D].吉林大學,2013:33-56.
[30] 蔣宇.基于預測模型的立體倉庫調度策略研究[D].大連海事大學,2008:16-39.
[31] 胡貴彥,鄔躍.對日本倉儲技術的特點及發展趨勢的探討,物流技術[J].2009(4):142-145.
[32] 劉卉.自動化立體倉庫效率優化研究[D].遼寧工程技術大學,2007:33-62.
[33] 任云暉.企業倉庫管理系統的設計與實現[J].電腦學習,2007,26(2):12-16.
[34] 陳燕.基于 MAS 和 Petri 網的自動化立體倉庫調度控制研究[D].西安理工大學,2009:35-57.
[35] 王軍鋒.自動化立體倉庫儲位分配策略優化的研究[D].北京郵電大學,2010:42-63.
[36] CHUNG M. J, Gweon D. G.Modeling of armature slotting effect in themagnetic field distribution of a linear permanent magnet motor [J].Electrical Engineering, 2002, (84): 101-108.
[37] 劉光利.自動化立體倉庫及其應用特點[J].機電國際市場,2002,11(4):7-9.
[38] 樊貴香,閆執中.自動化倉庫的發展現狀及展望[J].機械管理開發,2010,26(1):121-124.
[39] LEE C. K. Development of RFID-based Reverse Logistics System [J].Expert Systems with Application, 2009, 36(5): 9299-9307.
40] ANGEL S.RFID Technologies: Supply-chain applications andimplementation issues [J]. Information Systems Management, 2005, 22(1):51-65.


物流工程碩士論文參考文獻三


[1] BUTTON , D HENSHEREDS. The handbook of logistics and supply chainmanagement [J].London: Pergamon/Elsevier, 2001, (9):105-125.
[2] JEAN RODRIGUES,BRIAN SLACK,CLAUDE COMTOIS. Greenlogistics[J].Published in A. M. Brewer, 2012,(7):78-85.
[3] HUANG HUA. A study of developing chinese low carbon logistics in the newrailway period[C]. International Conference.E-Product E-Service andE-Entertainment (ICEEE), Henan, 2011:1-4.
[4] 溫蕾.基于低碳經濟下的低碳物流發展研究[J].經濟問題, 2012,(10):72-74.
[5] CACHON G.Carbon footprint and the management of supply chains[C]. TheINFORMS .Annual Meeting, San Diego, CA,2009:112-119.
[6] KIM N S, JANIC M, VAN WEE B. Trade-off between carbon dioxideemissions and logistics costs based on multiobjectiveoptimization[J].Transportation Research Record: Journal of the TransportationResearch Board, 2009,(1): 107-116.
[7] DAVID C. What the future holds for green logistics[J].Traffic Engineering andcontrol,2009,5(5):215-217.
[8] 董千里,董展.物流高級化的低碳物流運作理論與策略研究[J].中國軟科學, 2010,(S2):326-332.
[9] 段向云,張英華.基于主成分分析的我國物流業低碳化發展路徑[J] .科技進步與對策,2011,27(22):96-99.
[10] ALAN C MCKINNON. Product-level carbon auditing of supply chains:Environmental imperative or wasteful distraction?[J]. International Journal ofPhysical Distribution & Logistics Management, 2012, 40(1): 42- 60.
[11] 范璐.低碳物流發展路徑研究[J].中國流通經濟,2011,(8):46-51.
[12] HOFF A. Second Stage DEA :comparison of approaches for modeling theDEA score[J].European Journal of Operational Research,2007,181(1):425-435.
[13] 楚龍娟,馮春.碳足跡在物流和供應鏈中的應用研究[J].中國軟科學,2010,(S1):41-47.
[14] 夏文匯.基于低碳經濟的鋼鐵生產物流配送模型研究[J].重慶理工大學學報(社會科學),2010,(10):47-54.
[15] PAN R Y, XU Y L. Research of Effection about Energy Conservation andEmission Reduction in Logistics Industry Associated with Low CarbonEconomy [C]. International Conference of E- Business and E- Government(IEEE) , guangzhou ,2011:16-18
[16] 何旭.我國制造業低碳物流構建途徑分析[J].物流科技,2011,(2):40-42.
[17] 何其超,胡列格,錢紅波. 基于多目標規劃的低碳銷售物流網絡規劃方法[J].系統工程, 2013,31(7):37-43.
[18] 朱莉.低碳經濟下物流優化設計的網絡均衡分析[J].中國人口·資源與環境,2013,(7 ): 77-83.
[19] 楊珺,盧?。吞颊呦露嗳萘康燃夁x址與配送問題研究[J].中國管理科學,2014,22(5):51-60.
[20] 李進,張江華.碳交易機制對物流配送路徑決策的影響研究[J].系統工程理論與實踐,2014,34(7):1779-1787.
[21] GERSCHENKRON A.Economic back wardness in historical perspective[M].Harvard university Press,1962:113-120.
[22] S ELSON,E HLEPS. Investment in human, technological diffusion, andeconomic growth[J].Americaneconomic review,1966,(5): 355-378.
[23] M LEVY. Modernization and the structure of societies: A setting forInternational relations[M].Princeton university press, 1966: 156-160.
[24] 谷源洋.發展中國家跨世紀的發展[M] .北京:中國社會科學出版社,1997,(1):52-55.
[25] 林毅夫等.中國的奇跡:發展戰略與經濟改革[M].上海:上海三聯書店,1999(1):35-38.
[26] 金軍,鄒銳.集成創新與技術跨越式發展[J].中國軟科學,2002,(12):48-51.
[27] 陳德智,肖寧川.韓國汽車產業引進跨越模式研究[J].管理科學,2003,)(2):86-90.
[28] 王勇.“跨越式發展”:西北少數民族地區公民權利的生成與演進[J].西北師大學報:社會科學版,2006,(4):117-123.
[29] 張群,伍文中.跨越式發展視角下新疆財政科技投入的反思與對策[J].中國軟科學,2012,(S2):216-222.
[30] 丁守慶,霍國慶.民族地區跨越式發展的變革領導力研究——基于推進新疆跨越式發展的視角[J].管理評論,2014,26(2):121-127.
[31] 張敏,盧向虎,秦富.借鑒發達國家經驗推進農業產業化跨越式發展[J]. 農業經濟問題,2011,(4):4-8.
[32] 林國華,曾玉榮,陳志峰等.實現海西休閑旅游農業跨越式發展的思考[J].農業經濟問題, 2011,(1):45-48.
[33] 南亮進.日本的經濟發展[M].經濟管理出版社.1992:97-106.
[34] BREZIS, PAUL KRUMAN,TSIDDON. Leapfrogging in internationalcompetition: A theory of cycles in national technological leadership[J].TheAmerican Economic Review,1993,83( 5) : 1211-1219.
[35] VAN ELKAN. Catching up and slowing down:Learning and growth patterns inan open economy[J].Journal of International Economics,1996,41(1):95-112.
[36] CAMERON,GAVIN. Catch-up and leapfrog between the USA and Japan[D].Oxford:Oxford University, 1998,(19):1-44.
[37] FUDENBERG , STIGLITZ.Preemption, leapfrogging, and competition inpatent races[J].European Economic Review, 1983, 22(1): 3-31.
[38] FINNEY R Z . Market pioneers, late movers, and the resource-based view(RBV): A conceptual model[J]. Journal of Business Research, 2008,61:925-932.
[39] RUSSELL RHINEHART R. Leapfrogging and synoptic Leapfrogging: A newoptimization approach[J]. Computers & Chemical Engineering,2012,40(20):67–81.
[40] FIGGUEIREDO P N. Beyond technological catch-up: An empiricalinvestigation of further innovative capability accumulation outcomes inlatecomer firms with evidence from Brazil[J]. Journal of Engineering andTechnology Management, 2014,31(1):73–102.


原文地址:http://www.126151.twhttp://www.126151.tw/ckwx/13159.html,如有轉載請標明出處,謝謝。

您可能在尋找參考文獻方面的范文,您可以移步到參考文獻頻道(http://www.126151.twhttp://www.126151.tw/ckwx/)查找


深圳证券交易所股票