基于智能渭河流域的数字孪生平台设计与应用

Lingzi Wang, R. Jiang, Xiaowan Chen, Jiancang Xie, Xinyi Liu, Linqian Tian, Miao Wang
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引用次数: 0

摘要

随着国家范围内大江大河湖泊数字孪生工程的全面推进,渭河数字孪生工程建设得到高度重视。目前,WRB总体上还处于智慧水建设的初级阶段。建设数字孪生世界银行,着力解决信息化、智能化、数字化问题。渭河流域数字孪生总体框架由数字孪生平台和信息基础设施两部分组成。该数据库作为数据构建支撑,在国家一级数据库的基础上补充生成精细化的WRB二级数据库。专业模型作为算法的核心,提供了物理机制和数据驱动模型。知识库是智能建设的驱动力,拓宽了数字孪生WRB的数据维度。本研究旨在对智能水处理厂的整个物理要素和智能水管理的整个过程进行数字化映射和智能模拟。研究结果已应用于基于数字孪生的智能WRB的构建中。可以为数字双河流域建设的进一步完善和发展提供参考,也为渭河智慧水发展的新阶段提供思路。
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Design and application of digital twin platform based smart Weihe River Basin
With the comprehensively promoting the development of digital twins for large rivers and lakes on a national scale, the construction of a digital twin Weihe River Bain (WRB) has been given high priority. At present, WRB is generally still in the initial stages of smart water construction. The digital twin WRB is being built to address its problems in terms of information, intelligence and digitization. The overall framework of the digital twin Weihe River Basin consists of a digital twin platform and an information infrastructure. The data base is used as the data construction support to supplement and generate the refined L2 data base of the WRB based on the national L1 data base. The professional model as the core of the algorithm provides physical mechanisms and data-driven models. The knowledge base is the driver for intelligent construction to broaden the data dimension of the digital twin WRB. The research has been designed to digitally map and intelligently simulate the entire physical elements of the smart WRB and the entire process of intelligent water management. The results have been applied in the construction of the digital twin based smart WRB. It can provide a reference for further improvement and development of digital twin river basin construction, which also provide ideas for a new phase of smart water development in the Wei River.
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