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  • Opening Ceremony
  • Closing Ceremony
  • Plenary
  • Technical Committee Meeting
  • SS1 From models to Decision Support Systems
  • SS2 Digital twins for watersheds: challenges and advanced Hydroinformatic solutions
  • SS3 Water knowledge platforms and applications
  • SS4 Flash Flood Program: Advanced Hydroinformatic approaches for flash flood defence and prevention
  • SS5 Urban flooding and waterlogging
  • SS6 Extreme Drought and its Impacts in a Changing Environment
  • SS7 New remote sensing methods and new products for hydroinformatics solutions
  • SS9 Modelling and machine learning for understanding flash floods and mitigating their impact on Society
  • SS10 Climate Change Impacts on Urban Flooding: Challenges and Innovative Solutions
  • SS11 Marine and Coastal Hydroinformatics
  • SS12 Data-driven risk management of water-related disasters
  • SS13 High-Performance Computing in Hydrodynamics, Hydrology and Hydroinformatics
  • SS15 River and Lake Protection and Intelligent Management
  • SS16: Hybrid Modeling: Bridging Data-Driven and Mechanistic Approaches for Water Management
  • SS19 Smart Water Management and Technology in the Era of Climate Change
  • SS20 Hydroinformatics of deep tunnel drainage systems
  • SS21 Return on Experience: operational benefits of hydroinformatics for water utilities and cities
  • Hydraulic and hydrological modeling
  • SUEZ
  • Technologies for water management and monitoring
  • Emerging solutions in modelling methods
  • Complex water systems, remote sensing and control
  • Big-data, knowledge, and water data management
  • Climate change impacts
  • Environmental and coastal hydroinformatics
  • Digital transformation of urban water systems
  • Water – Energy – Food nexus
All Dates (UTC+8)：
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  • 2024-05-27 [Monday]
  • 2024-05-28 [Tuesday]
  • 2024-05-29 [Wednesday]
All Rooms：
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  • Ballroom 金源厅
  • Conference Room 1第一会议厅
  • Conference Room 5 第五会议厅
  • Conference Room 6 第六会议厅
  • Conference Room 7 第七会议厅
  • Conference Room 8 第八会议厅
  • Conference Room 9 第九会议厅
  • International Conference Room 国际会议厅

Conference Room 1第一会议厅

2024-05-28 (UTC+8) Tue

09:00-10:30 (UTC+8) | S8.4 Technologies for water management and monitoring (VIII) [Technologies for water management and monitoring]
Moderator：
Hongbin Zhang
NO. Beijing Time (UTC+8) Type Presentation Topic Speaker Affiliation / Organization
1 09:00-09:15 Oral Presentation

Integration of Remote Sensing and On-Site Hydro-Meteorological Data in Real-time Monitoring for Smart Irrigation

 Chih Chao Ho Construction and Disaster Prevention Research Center,Feng Chia University
2 09:15-09:30 Oral Presentation

A comparative study on image recognition methods of rapeseed

 Zhuoyue Zhou China Institute of Water Resources and Hydropower Research
3 09:30-09:45 Oral Presentation

Dynamic Change Analysis of Human-induced Soil Erosion in the Fenhe River Basin from 2020 to 2023

 Kai Guo Yellow River Institute of Hydraulic Research
4 09:45-10:00 Oral Presentation

Analysis of the Temporal and Spatial Evolution of NDVI and Its Correlation with Soil Moisture Content in Extreme Arid Areas: A Case Study of the Kekeya Irrigation District in Turpan

 Pengbo Zhao Turpan Institute of Water Resource Science
5 10:00-10:15 Oral Presentation

Microplastics increase the risk of greenhouse gas emissions and water pollution in a freshwater lake by affecting microbial function in biogenic element cycling: a metagenomic study

 Beibei Chai Hebei University of Engineering
6 10:15-10:30 Oral Presentation

Flood Risk monitoring using Synthetic Aperture Radar (SAR) and Modified Normalized Difference Water Index (MNDWI)

 Addisalem Bitew Mitiku Ethiopian Construction Design and Supervision Works Corporation
13:30-15:00 (UTC+8) | S4.4 SS13 High-Performance Computing in Hydrodynamics, Hydrology and Hydroinformatics [SS13 High-Performance Computing in Hydrodynamics, Hydrology and Hydroinformatics]

High-Performance Computing (HPC) is ever more available and accessible. Although it is extensively used in many fields, hydrodynamics and hydrology still have not widely adopted HPC and have not fully leveraged on the transformative capabilities in addressing key challenges in these fields. HPC resources are available to scientists and practitioners across a range of scales, from single high-end GPUs on workstations to small clusters, and up to national and international HPC centres.
HPC flattens the road leading to very high-resolution hydrodynamic modelling for purposes such as flood modelling and water resources assessment. It allows the scaling up of physically-based models into hydrological scales in space (catchments) and time (years). Enabling high-resolution and large domains allows us to explore the interplay between scales, provide more accurate and integrated forecasts, and remove unnecessary boundaries from our models. Moreover, HPC facilitates augmenting core surface flow and subsurface flow models with additional processes such as sediment transport dynamics, ecohydraulics and ecohydrology, root-soil water interactions, and more complex geophysical flows (mud and debris flows, landslides, avalanches, etc), and exploring complex phenomena across scales such as detailed flood risk assessment and early warning, groundwater scarcity and pollution, hydroclimatic extremes, interactions with climate, and many other hydroinformatics applications with exceptional accuracy and efficiency. HPC will also play a key role in the emergent artificial intelligence and machine learning technologies.
This special session aims to provide an overview of the latest advancements and future directions of HPC-driven research in hydrodynamics, hydrology and hydroinformatics, fostering knowledge and experience exchange between developers, users, researchers, practitioners and policymakers. The session will feature applications using HPC hardware and software, from GPUs to supercomputers. We are interested in contributions that showcase hydro-insights obtained from HPC applications, technical developments towards HPC use, breakthroughs in performance, efficiency, robustness and sustainability of hydroinformatics and HPC, challenges facing the use of HPC in these fields, and technology transfer of HPC applications into practice. Contributions are welcome from all aspects of hydroscience which exploit HPC.

Moderator：
Fan Wang
NO. Beijing Time (UTC+8) Type Presentation Topic Speaker Affiliation / Organization
1 13:30-13:45 Oral Presentation

Hydrodynamic modelling of solute mixing past rigid vegetation on the graphics processing unit

 Georges Kesserwani University of Sheffield
2 13:45-14:00 Oral Presentation

SERGHEI-GW: An efficient high-performance variably-saturated groundwater model

 Na Zheng Tongji University
3 14:00-14:15 Oral Presentation

Parallel computing strategy for fast transient simulation and analysis in pipe fluid networks

 Bin Pan THE HONGKONG POLYTECHNIC UNIVERSITY
4 14:15-14:30 Oral Presentation

A Highly-Scalable and Performance Portable Hydrodynamic Modelling Code based on SYCL

 Xilin Xia University of Birmingham
5 14:30-14:45 Oral Presentation

HPC performance tests of TELEMAC-2D on the Brague river flood of October 2015

 Olivier Delestre LJAD - UniCA, LHSV
6 14:45-15:00 Oral Presentation

Advancing Environmental Simulations through SERGHEI: Novel Approaches in Hydrodynamic Modeling

 Mario Morales-Hernández Universidad de Zaragoza
15:30-17:00 (UTC+8) | S5.4 Complex water systems, remote sensing and control (II) [Complex water systems, remote sensing and control]
Moderator：
Yizhu Lu
NO. Beijing Time (UTC+8) Type Presentation Topic Speaker Affiliation / Organization
1 15:30-15:45 Oral Presentation

Uncertainties Due to Diverse Attributes and Models in Rainfall Retrieval based on Commercial Microwave Links

 Bin Lian Hebei University of Engineering
2 15:45-16:00 Oral Presentation

Evaluation of Segment Anything Model for Riparian Land Cover Classification from Aerial Imagery

 Shijun Pan Okayama University
3 16:00-16:15 Oral Presentation

The Interchangeability of the Cross-Platform Data in the Deep Learning-based Land Cover Classification Methodology

 Shijun Pan Okayama University

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