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Proceedings of the 1st International Symposium on Water System Operations (Beijing, 2018)

The temporally and spatially uneven distribution of water resources is rather common all over the world. Hydraulic engineering is one of the most important infrastructures to address such problems since it can deal with flood defense, water supply, irrigation, and hydropower etc.

There are a large number of reservoirs all over the world, and China alone has over 98,000 of them. The existence of these reservoirs has greatly changed the natural runoff processes, leading to a lot of difficulties in optimal reservoir operation. In addition, inter-basin water diversion project, although ecologically controversial, is an important measure to alleviate the water crisis. Up to now, more than 350 water diversion projects have been built in at least 40 countries and regions around the world. Many hydro-solar-wind multi-energy systems along the reservoirs and inter-basin water diversion systems are planned and constructed.

It is now clear that, compared with the earlier generation of water projects, new and/or additional sources of water are becoming scarce, more expensive to develop, require more expertise and technological know-how for planning, design, implementation and operation, and often could result in more social and environmental disruptions. Not surprisingly, there is an increasing realization that scientific understanding of water systems operations is essential and necessary for efficiently and effectively manage the existing water projects, which help for future human welfare.

The goal of this symposium is to bring together researchers of academia and practitioners to share latest scientific advancements, emerging technologies, and directions in issues relevant to water system operations. This conference will provide opportunities to present novel research results and networking for future activities.

This event coincides with many other events in celebration of the 60th anniversary of the host institute, China Institute of Water Resources and Hydropower Research (IWHR). In this respect, we are liaising with many other international association such as ICOLD, ICID-CIID, others. Participants of this symposium will enjoy discounted or free access to the 60th anniversary technical events.

For more details, please visit the website of this symposium.

ID Title Authors Year
20400 Coastal Water Environment Regulation and Simulation Based on Tidal Power Control
Hua Wang; Wei Xu; Pei Liu; Jinhe Zhu
20401 Long-Term Runoff Prediction for Reservoir Based on Mahalanobis Distance Discrimination
Zhongliang Cheng; Yong Liu; Cheng Gao; Jian Hu; Tingting Cui
20402 Research on Intelligent Location Method of Water Supply Pipe Network Burst Based on BP Neural Network Deep Learning
Luohua Wang; Mou Lv; Xiaobo Miao; Li Li; Fengchao Liang
20403 Analysis on the Evolution Trend of Water Resources and Water Environment in Xiangjiang River Basin
Xingyi Xu; Chuqiu Xiao; Chunyan Hu; Guiyuan Li; Xiang Gao; Huaiguang He; Xinkui Wang; Yuqi Pan
20404 Study on Water Environmental Dispatch Scheme for Complex River Network in Pearl River Estuary
Hua Wang; Wei Xu; Xiaoming Wu
20405 Analysis of Water Cycle in Weizhou Island of Beihai City, Guangxi Province, Part I: Theory and Model Parameter Identification
Shunfu Zhang; Changjun Liu; Chuanke Li; Sili Long; Jian Zhou; Qiyi Zhang
20406 Metabolic Grey Early Warning Model for Dam Deformation Based on Wavelet Denoising
Yunxing Wu; Yanchang Gu
20407 Study on the Construction Mode of Water Ecological Civilization in Coastal Cities -- -- Taking Shenzhen as an Example
Hanxiu Fu; Yong Liu; Yuanfang Chen; Jian Hu; Ying Zhang; Qingfang Hu
20408 Utilization of a Bayesian Probabilistic Inferential Framework for Contamination Source Identification in River Environment
Lijun Jing; Ruihui Chen; Xiaomei Bai; Fansheng Meng; Zhipeng Yao; Yanguo Teng; Haiyang Chen
20409 Combined Bidding Strategy of Multi-Owner Cascaded Hydropower Stations in Day-Ahead Market
Ying Yang; Weibin Huang; Guangwen Ma; Shijun Chen; Gang Liu; Yue Liu

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