航運英文名著選讀  授課大綱

 

科書		（請尊重智慧財產權，勿使用非法影印教科書） 1) Sussman Joseph 著，吳建平 譯，運輸系統導論，五南圖書有限公司，台北，2004年9月。 (2) Ben-Akiva and Lerman, 1985. Discrete Choice Analysis: Theory and Application to Travel Demand. MIT Press, Cambridge, MA, 1985. (3) Sheffi, Y., 1985. Urban Transportation Networks: Equilibrium Analysis with Mathematical Programming Methods. Prentice-Hall, New Jersey, USA. (download this book: http://web.mit.edu/sheffi/www/urbanTransportation.html)
參考書籍		(1)Sussman, Joseph (2000) Introduction to Transportation Systems, Artech House, London. (2)陳惠國、林正章、汪進財、卓訓榮、顏上堯、李宗儒、許巧鶯、韓復華、李治綱、蘇雄義、陳春益，運輸網路分析，五南圖書有限公司，台北，2001年2月。 (3)學術期刊導讀
評分方式		林泰誠 老師Assessment: Your final semester grade will be calculated based on the following: MidTerm Exam 20% Paper Presentation 15% Homework Assignment 10% Attendance and Class Participation 5% 盧宗成 老師 Assessment: Your final semester grade will be calculated based on the following: Final Exam 20% Paper Presentation 15% Homework Assignment 10% Attendance and Class Participation 5% (The instructor reserves the right of modifying the weights of items above.)
對修習學生 建議事項		(1) A field trip to visit Kaohsiung City Traffic Planning Bureau will be arranged during this semester. (2) The term paper is required for students intend to take this course. Topics of this term paper should be transportation-related, and students should also apply a methodology learn from this course on their research topics. (3)A group of 3~4 students has to submitted a term paper three weeks prior the end of this semester. The term paper can be written either in Mandarin or in English. (4) Class attendance and participation is essential, those who cannot attend class regularly are not encouraged to take this course. (5)Class handouts will be availabe in powerpoint files after the semester opening day. (6)Extra reading materials will be assinged over the semester.
預計進度		Week 1 ~9 林泰誠 老師 Week 01. Ch 01 Introduction: Context, Conceptes, and Characterization. Ch. 02 Transportation systems components: An internal perspective. Ch. 03 Transportation system components: An external perspective. Ch 04 The customer and level-of-service. Ch 05 Networks Week 02. (Moon Festival, National Holiday) Ch 06 Transportation Systems: Key Points 1-10 Ch 07 Transportation Systems: Key Points 11-17 Ch 08 Transportation Systems: Key Points 18-24 Ch 09 Transportation Systems: Key Points 25-30 Ch 10 Models and Frameworks Ch 11 Modeling Concepts Week 03. Ch 12 The Logistics System and Freight Level-of-Service Ch 13 Railroads: Introductory Concepts Week 04. Ch 14 Railroad Operations Ch 15 Terminals: P-MAKE Analysis to predict Network Performance Ch 16 CAr costs and Level-of-Service Week 05. Ch 17 The Kwon Model - Power, Freight CAr fleet size, and service priorities: A Simulation Application Ch 18 Measuring Origin-Destination Service and Other Rail Issues Ch 19 Trucking Ch 20 Ocean Shipping, International Freight, and Freight Summary Ch 21 Traveler Transportation: Introduction Ch 22 Commuting, Nonwork Travel and Safety, and Some Transportation History Week 06. Ch 23 Traveler Level-of-Service Ch 24 Intelligent Transportation Systems (ITS) Ch 25 The urban transportation planning process and real-time network control Ch 26 Traffic Signals and other control measures Week 07. Ch 29 Intercity Traveler Transportation: Air Ch 30. Intercity Traveler Transportation: Rail Ch 27 Deterministic Queuing Ch 28 Urban Pulbic Transportation Week 08. A field trip to Kaohsiung City Traffic Planning Bureau and Kaohsiung Harbour Bureau. Week 09. (1)Mid-Term Exam (2)Classic academic articles reading on Integrated Transportation System. Tentative Course Coverage and Schedule (Week 10 ~18)盧宗成 老師 Date Topic Note 11/18 (2) Discrete Choice Model for Travel Demand Analysis (2.1) Random Utility Theory 11/2 5 (2.2) Logit Model and Applications 12/2 (2.3) Probit Model and Applications 12/9 (3) Urban Networks and Equilibrium (3.1) Urban transportation networks analysis 12/16 (3.2) Basic concepts in minimization problems 12/23 (3.3) Formulating the assignment problem as a mathematical problem 12/30 (3.4) Solving for user equilibrium 1/6 Paper Presentation 1/13 Final Exam (The instructor reserves the right of modifying the above course coverage and schedule.)