學術講座公告:Water Allocation: Modelling and Simulation for Minjiang River Basin of Chinaunder Changing Climatic Conditions

講座題目:Water Allocation: Modelling and Simulation for Minjiang River Basin of Chinaunder Changing Climatic Conditions
主講人:閻洪 香港理工大學物流及航運學系教授
時間:2014年12月5 日14:30-16:00
地點:東明校區202教室


閻洪教授于1982年畢業于四川大學數學系。84年赴日留學,獲日本電氣通信大學信息管理碩士。87年進入美國卡內基梅隆大學工商管理學院,獲工商管理碩士及博士學位。畢業后曾在該校的工程設計研究中心作博士后研究。

93年底來港后,作為美國波士頓顧問公司的管理顧問,參加過多個跨國公司在東亞地區,特別是在中國大陸的市場策劃,發展戰略研究,以及公司營運分析。95年進入香港理工大學管理學系工作。現在為該校物流及航運學系教授,及該系教務委員會主席。現任中國國家自然科學基金專家評審委員會委員,四川大學工商管理學院客座教授、博士生導師,西南交通大學經濟管理學院院長顧問及客座教授、博士生導師,大連理工大學管理學院客座教授、博士生導師,西南財經大學客座教授,廣東外語外貿大學客座教授,銀杏國際旅游管理學院客座教授。

他的研究及教學工作包括物流管理,航運及港口管理,供應鏈管理,營運管理,數學規劃及數據包絡分析。研究范圍既包括理論研究也包括實際應用研究。出版過四本學術著作,并在國際多個學術期刊上發表過百余篇學術論文。另外,他還參與了一些大陸及香港大型企業的管理研究項目,包括中國移動的大區倉庫物流系統,中國移動呼叫中心研究,中國聯通物資庫存,勝利油田的物資管理戰略,香港嘉里物流公司的物流服務,香港珠江船務有限公司的航線策劃,等等。并參與聯合國糧食開發組織的項目。另外,經常受邀對學界,工業界及政府相關人員進行學術講演。

閻洪教授積極投身社會服務,現任居港大陸海外學人聯合會會長,四川通發電信股份有限公司獨立董事,香港中國商會參事,四川大學香港校友會會長,香港佛教產業文化協會副主席,香港中國高等學校聯合會物流委員會副主席。

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講座摘要:

The significant stress on development caused by unsustainable water resource allocation has been a perplexing problem for the Dujiangyan Administration Bureau of the Minjiang River Basin, at the upper Yangtze River in China. To tackle these regional water resources allocation issues at Sancha Lake, at the lower-right basin of the Dujiangyan Irrigation System, the local authority was seeking an optimal allocation strategy to ensure equitable and efficient water use for its subareas, from which the subareas would be able to provide reasonable reaction strategies. The authority dominates the water transactions between the subareas involved in water rights distribution, which shows a Stackelberg-Nash equilibrium, with the subareas playing a Cournot-Nash game to develop optimum strategies. Using a multi-objective multi-stage decision making process with an uncertain stream inflow, a multi-objective multi-stage Stackelberg-Nash-Cournot (m2SNC) game is modeled as a bi-level equilibrium optimization incorporating fuzzy random coefficients. An interactive-dynamic-programming-based genetic algorithm (IDP-GA) is designed to simulate the policies needed for the optimum allocation of water resources under various climatic scenarios. Specifically, a complete operational mechanism for the Sancha Lake area is presented to demonstrate the practicality and efficiency of the bi-level equilibrium model and the policy simulation procedure: (1) The bi-level equilibrium model, integrating the Stackelberg-Nash equilibrium and the Cournot-Nash equilibrium, is an efficient tool to determine optimal water resource allocation strategies. (2) Similar to the principles of an input-output system and the computable general equilibrium, the policy simulation system with an IDP-GA, an extension of principle of CGE, inputs scenario data and outputs an early-warning mechanism to inform the policy suggestions. (3) An emergency response cooperative mechanism based on allocation modes dominated by an authority is a relatively equitable and efficient method for developing countries which need to cope with uncertain situations under changing climatic conditions.

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