主讲人介绍：
GeorgeKuczera教授毕业于美国哈佛大学，获博士学位，已在澳大利亚纽卡斯尔大学执教二十余年，现为工程学院教授；担任任国际水文科学协会（IAHS）水资源系统委员会(ICWRS)副主席；前澳大利亚工程协会水工程国家委员会主席；澳大利亚eWater CRC计划的主持者；澳大利亚工程协会水工程国家委员会委员；Journal of Hydrology和Nordic hydrology编委，并为多个TOP SCI期刊的审稿专家；开发了水文模型REALM 和 WATHNET；George Kuczera教授的出版物Australian Rainfall and Runoff, Book IV成为澳大利亚洪水评估的行业典范；为改良洪水频率指导方针和开发相对应的支持系统和软件做出了突出贡献。
讲座安排：
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时间
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地点
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主题
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6月6日（周五） 2:25 pm
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教八207
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Urban water resources
L1 Planning and operation of urban water systems for drought security: An overview
L2 Simulation models based on network flow programming (1)
L3 Simulation models based on network flow programming (2)
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6月 10日 (周二) 2:00 pm
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科技楼C306
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国际水科学前沿
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6月 11日 (周三) 2:25 pm
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教二102
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Application of Bayesian statistics in hydrology
L1 Overview of Bayesian statistics
L2 MCMC and other sampling methods
L3 Flood frequency analysis
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6月11日 (周三) 6:00 pm
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化100C
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Theme – Application of Bayesian statistics in hydrology
L4 Flood frequency regionalization
L5 Rainfall runoff models – residual error approaches
L6 Rainfall-runoff models – total error approaches
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6月 12日 (周四) 2:00 pm
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科技楼C306
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Urban water resources
L4 Describing drought risk, stochastic models and multi-decadal variability
L5 Multi-objective optimization using evolutionary algorithms
L6 Planning for high-reliability systems: Sydney case study
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6月 13日 (周五) 2:25 pm
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教八207
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Urban water resources
L7 Planning for uncertain future climate change – the importance of robust decisions
L8 Planning for uncertain future climate change – Lower Hunter case study
L9 Maintaining flexibility and optimal scheduling – Canberra case study
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