Qingdao Engineering Research Center for Marine Environment Coordinated Perception and Fusion Computing
Category (affiliated institution)：Qingdao Development and Reform Commission
Introduction：
The Qingdao Engineering Research Center for Marine Environment Coordinated Perception and Fusion Computing was established in July 2019, approved by the Qingdao Development and Reform Commission. The center is driven by tasks such as intelligent perception, fusion computation, target identification, prediction and forecasting of multiple physical environments, including marine hydrology and meteorology, marine acoustic environment, marine electromagnetic environment, marine geology, and marine ecology. It relies on ocean micro-supercomputers, mobile supercomputers, E-class supercomputers, and cloud supercomputers, as well as new models such as marine intelligent edge computing, intelligent supercomputing, intelligent network computing, and intelligent cloud computing. It comprehensively integrates intelligent technologies such as machine intelligence and brain-like intelligence to develop a system that intelligently acquires and integrates large amounts of data from multiple physical fields in the ocean. This system provides intelligent services such as ultra-high precision physical field simulation, multi-physical field multi-parameter intelligent coupling computing, underwater target intelligent recognition, and atmospheric and environmental prediction and forecasting for marine scientific research and military activities.The center's main research includes intelligent perception of marine multi-physical field elements, artificial intelligence-based intelligent computing methods for marine big data, coupling computation and prediction of marine physical fields, and intelligent edge computing, as well as the development of new marine intelligent observation equipment.
Contact information：
Person in charge: Yin Bo
Phone: +86-0532-66781227
Email:ybfirst@ouc.edu.cn
Project achievements：
Since its establishment, the center has undertaken more than 10 national and provincial-level scientific research projects, including the National Key R&D Program, the National Natural Science Foundation, and the Shandong Province Major Scientific and Technological Innovation Project. The center relies on the Sunway TaihuLight supercomputer to establish a technical method system that integrates intelligent perception acquisition of marine multi-physical field data, data intelligent cleaning and reconstruction, intelligent fusion computation, intelligent prediction and forecasting, and data services. It has also developed marine observation equipment such as remote composite power surface unmanned boats, deep-sea energy storage and wireless energy supply comprehensive protection systems, and intelligent drifting buoys.
The center has made breakthroughs in the coupling computation technology of regional ocean dynamics and acoustic environment based on domestic many-core architecture. It has also constructed a coupling prediction model of marine dynamic environment and marine sound field environment. It has developed a cloud-end collaborative "two oceans and one sea" acoustic environment fine-coupling prediction system with a spatial resolution of 9km*9km and a time range of 7-15 days, and an electromagnetic environment coupling prediction system. These achievements provide technical support for the construction of key maritime military security guarantee systems, as well as for the implementation of the "Transparent Ocean Engineering" project and the strategy of building a strong maritime nation.
In recent years, the team members have published more than 50 papers, including over 20 SCI/EI indexed papers, obtained 15 authorized national invention patents and 12 software copyrights, and won a first prize in the 2019 Shandong Provincial Science and Technology Progress Award.
Prediction and forecasting of the ocean acoustic environment
