Focus on solving the "stuck neck" problem in the data-intensive supercomputing field-
Hunan University and Huawei jointly established a supercomputing joint innovation center
(In the afternoon of December 10th, Hunan University and Huawei Technologies Co., Ltd. cooperation signing and data-intensive supercomputing joint innovation center unveiling ceremony was held in Changsha. Hunan Daily all-media reporter Tang Yaxin)
Hunan Daily, December 10th (all-media reporter Tang Yaxin) On the afternoon of the 10th, The signing ceremony of the cooperation agreement between Hunan University and Huawei Technologies Co., Ltd. and the unveiling ceremony of the Data-intensive Supercomputing Joint Innovation Center was held in Changsha. In the future, both parties will give full play to their respective advantages, tackle the core problems in the industry, and strive to solve the "stuck neck" problem in the data-intensive supercomputing field.
Supercomputing is known as the “heavy weapon of the country” and has now become an important driving force for social progress. With the rise of new technologies such as AI and big data, the supercomputing industry has developed from computationally intensive to data-intensive. As a highly competitive private enterprise in the field of global information and communication technology, Huawei has long-term strategic investment in the supercomputing industry and has deep technical accumulation. Hunan University has accumulated rich experience in supercomputing applications, and has established a stable and mutual trust cooperation mechanism with Huawei in the fields of data storage and machine vision products.
In October this year, Huawei united 11 units including Hunan University, and Shanghai Jiaotong University to establish a data-intensive supercomputing working group, aiming to build consensus in the industry and unite the power of “government-industry-university-research-application” to promote data-intensive domestic production. The construction of supercomputing system software and application ecology, and the implementation of data-intensive application demonstrations, will help the development of China's computing power economy.
According to the cooperation agreement, the two parties will establish a long-term, stable and sustainable industry-university-research partnership for the domestic self-developed parallel file system, computing power Internet, intelligent storage system, and math library optimization in the field of data-intensive supercomputing. In-depth cooperation with other key technologies, joint research, promote the transformation of major project innovation results and cultivate talents, and strive to build a national data-intensive supercomputing demonstration zone.
[Responsible editor: Tang Yaxin]
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