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Dong qinxi, a foreign academician of the Japanese academy of engineering, and his party came to our company to discuss exchanges

2021-06-21 05:42:04source:

On April 21st, Academician Dong Qinxi, the director of Japan's EduScience Research Institute and the doctoral supervisor of Hainan University, was invited to our company to discuss exchanges. Mr. Yuan Quan, the founder of Geomative, hosted the exchange meeting. Dean Li Jianhua and Professor Xu Xiaobin of the School of Civil Engineering of Guangzhou Railway Vocational and Technical College also attended the exchange meeting. The two sides conducted in-depth research on the development of supercomputing in global groundwater simulation calculations. Discussion and exchange.


Academician Dong is an expert of the "Chunhui Program" of the Ministry of Education, an adjunct professor at Northeastern University, a distinguished professor at Shandong Jianzhu University, a full-time professor at Hainan University, and a postdoctoral fellow at the Japan Society for the Promotion of Science (JSPS) from August 1998 to July 2000. He has long been committed to the research of supercomputing algorithms and structural big data storage in the supercomputing environment, and has developed the supercomputing support software platform EduS/FrontISTR with independent copyright. He has achieved success in the fields of engineering earthquake resistance, structural calculation, material analysis and parallel computing. Notable achievements.

At this exchange meeting, Academician Dong brought a sharing of "Supercomputing Innovation Development and Application", introduced supercomputing algorithms and the super-parallel computing innovation platform EduS/FrontISTR with independent copyright, and explained supercomputing algorithms. Computational data structure, super-parallel computing, data exchange and simulation realization; combined with application cases in different fields, introduced the large-scale earthquake and disaster prevention and mitigation based on supercomputing platform, rock mechanics fault damage, large-scale landslide and composite Refined simulation technology in materials and other fields.

Dr. Xingchang Liu, Technical Director of Geomative, participated in the exchange meeting online, and had in-depth exchanges with Academician Dong on issues such as supercomputing algorithms and their integration with nuclear pollutants in groundwater. The report sharing session has a high academic level, rich and detailed content, and a warm atmosphere. The participants expressed that they have a deeper understanding of the cutting-edge topics in the field of supercomputing algorithms and global groundwater simulation. General Manager Yuan Quan said that he hopes to establish contact with Academician Dong Qinxi to help and guide our company's global groundwater simulation and other scientific research fields with supercomputing application capabilities.

In addition to technical exchanges, Academician Dong also sent a message to the participants and contemporary young scholars and graduate students: "We must have national feelings, not forget our original aspirations, and keep our mission in mind; we must have a strong sense of historical mission and social responsibility; have a strong interest in the unknown world And the spirit of exploration; we must have an extremely diligent and lonely spirit to enter; build an enterprising, innovative, efficient and grateful team, and always work in the forefront of scientific research.” This is in line with Geomative’s vision, mission, and values. And he.

Those with ambitions do not take mountains and seas as far away. Academician Dong Qinxi came to our company and opened a new chapter of friendly exchanges between the two sides. We believe that the two parties will take this visit as an opportunity to promote the establishment of long-term mechanisms such as business cooperation, exchanges and visits, and jointly undertake the important task of promoting environmental pollution investigation, soil remediation, and remediation effect monitoring, and effectively improve the level of the underground environmental monitoring system. Lay a good foundation for promoting the construction of a beautiful and sustainable environment.

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