题名

以網路策略模型探討國際貨櫃航運發展趨勢

并列篇名

A STRATEGIC NETWORK MODEL FOR GLOBAL CONTAINER SHIPPING TREND

作者

許書耕(Shu-Keng Hsu);賴威伸(Wei-Shen Lai);許修豪(Hsiu-Hao Hsu);陳春益(Chuen-Yih Chen);戴輝煌(Hui-Huang Tai);李宇欣(Yusin Lee);李威勳(Wei-Hsun Lee);林東盈(Dung-Ying Lin);黃冠玲(Kuan-Ling Huang)

关键词

海運網路 ; 定期航運 ; 貨櫃運輸 ; Frank-Wolfe演算法 ; Marine network ; Linear shipping ; Container transportation ; Frank-Wolfe algorithm

期刊名称

運輸計劃季刊

卷期/出版年月

46卷3期(2017 / 09 / 30)

页次

269 - 292

内容语文

繁體中文

中文摘要

海運產業之運作乃一多樣而高度複雜的系統,易受外在環境影響而不斷變化,本研究主要目的係透過國際航運網路模型的構建,評估在不同的外在情境變化下海運航線的未來趨勢,以協助相關機關了解潛在風險或契機,降低決策環境的不確定性。同時,根據目前實際貨櫃需求量與港口裝卸資料,校估本研究所發展之貨物指派模式,以取得符合實務營運之模式參數,藉此提升模型預測的準確性。並進一步運用於情境分析,評估未來外部環境變化對海運產業之影響,作為相關機關之參考,協助其適時研擬相關政策與發展策略,以維持國家港群於世界海運網路之定位,並提升於亞太地區轉運之競爭力。

英文摘要

Maritime industry is a highly complex system, and sensitive to today's rapidly changing environment. The paper aims to develop a strategic model to accommodate the changes in the liner shipping markets and evaluate the trend of shipping, and thus can help relevant stakeholders to capture the risk or opportunities and then reduce the uncertainty for decision making. The model is calibrated using realistic data and then employed to evaluate the possible variation under various scenarios in future marine market and the impact on global ports, so that the relevant authorities can formulate proper polices to maintain the competitiveness of their own ports in Asia-Pacific region.

主题分类 工程學 > 交通運輸工程
社會科學 > 管理學
参考文献
  1. 邱明琦、陳春益、林佐鼎(2002)。海運貨櫃排程模式之研究。運輸計劃季刊,31(3),495-522。
    連結:
  2. Choi, B. C.,Lee, K.,Leung, J. Y. T.,Pinedo, M. L.,Briskorn, D.(2012).Container Scheduling: Complexity and Algorithms.Production and Operations Management,21(1),115-128.
  3. Christiansen, M.,Fagerholt, K.,Nygreen, B.,Ronen, D.(2013).Ship Routing and Scheduling in the New Millennium.European Journal of Operational Research,228(3),467-483.
  4. Christiansen, M.,Fagerholt, K.,Ronen, D.(2004).Ship Routing and Scheduling: Status and Perspectives.Transportation Science,38(1),1-18.
  5. Frank, M.,Wolfe, P.(1956).An Algorithm for Quadratic Programming.Naval Research Logistics Quarterly,3(1?2),95-110.
  6. Kiefer, J.(1953).Sequential Minimax Search for a Maximum.Proceedings of the American Mathematical Society,4(3),502-506.
  7. Lin, D. Y.(2011).A Dual Variable Approximation-Based Descent Method for a Bi-level Continuous Dynamic Network Design Problem.Computer-Aided Civil and Infrastructure Engineering,26(8),581-594.
  8. Meng, Q.,Wang, S.,Andersson, H.,Thun, K.(2014).Containership Routing and Scheduling in Liner Shipping: Overview and Future Research Directions.Transportation Science,48(2),265-280.
  9. Qi, X.,Song, D. P.(2012).Minimizing Fuel Emissions by Optimizing Vessel Schedules in Liner Shipping with Uncertain Port Times.Transportation Research Part E: Logistics and Transportation Review,48(4),863-880.
  10. Ronen, D.(1993).Ship Scheduling: The Last Decade.European Journal of Operational Research,71(3),325-333.
  11. Ronen, D.(1983).Cargo Ships Routing and Scheduling: Survey of Models and Problems.European Journal of Operational Research,12(2),119-126.
  12. Tavasszy, L.,Minderhoud, M.,Perrin, J. F.,Notteboom, T.(2011).A Strategic Network Choice Model for Global Container Flows: Specification, Estimation and Application.Journal of Transport Geography,19(6),1163-1172.
  13. Wang, S.,Meng, Q.(2012).Robust Schedule Design for Liner Shipping Services.Transportation Research Part E: Logistics and Transportation Review,48(6),1093-1106.
  14. Wang, S.,Meng, Q.,Liu, Z.(2013).Containership Scheduling with Transit-Time-Sensitive Container Shipment Demand.Transportation Research Part B: Methodological,54,68-83.
  15. 陳春益、張永昌(1997)。航商選擇定期貨櫃航線泊靠港之探討。國家科學委員會研究彙刊:人文及社會科學,7(3),438-444。