High performance computing will step into the era of “Big Computing”. HPC not only plays an important and fundamental role in the field of traditional science and engineering computing, but also the trend of merging with cloud computing, big data is increasingly clear. Meanwhile, the definition of computing becomes more widespread. It can be expected that in the next five years we will have supercomputing performance into the Exascale era, which will bring more opportunities of innovation for the whole world.
In order to improve the domestic and international communication between technology and application innovation and share new HPC applications, Asia Supercomputer Community will launch 2015 China HPC User Forum, invite famous HPC experts from R&D and application area to share HPC technology and application development trends.
In addition, on 23rd September, the MIC (many-core computing) training camp will be held for many core computing experience and cutting edge technology sharing.
Asia Supercomputer Community is proposed to set up by the Chinese Supercomputer experts and organized with Japan, Russia, South Korea, Singapore, Thailand, Taiwan, Hong Kong and other countries and regions. The initiation is to improve HPC communication and the development of innovative technologies and applications of China, Asia and the world.
The key events of the ASC:
More information: http://www.asc-events.org/
The popular trend of HPC applications sharing:
The innovation and cutting-edge applications of HPC:
Many-core computing technology training camp for MIC experience enhanced:
September 24th
AM. | Time | Theme | Speaker |
Main Forum | 9:00-9:05 | Welcome Speech | Organization |
9:05-9:10 | Welcome Speech | TBD | |
9:10-9:40 | Opportunities and Prospects of“Big Computing” | TBD | |
9:40-10:10 | IDC:The Global Development Trend of HPC Industry | TBD | |
10:10-10:40 | Exascale computing applications and challenges | TBD | |
10:40-11:10 | Intel: HPC Strategy | TBD | |
11:10-11:40 | The Application of HPC in the Industry | TBD | |
11:40-12:10 | Deep Learning and High-performance Computing | TBD | |
PM. | Time | Sub-forum Topic | Speaker |
Sub-forum | 14:00-16:00 | HPC new products and new technologies | TBD |
14:00-16:00 | Deep Learning | TBD | |
14:00-16:00 | Scientific and Engineering Computing | TBD | |
14:00-16:00 | Industrial Applications | TBD | |
14:00-16:00 | Talents and ASC16 | TBD |
In recent years, accompanying with the increasing application demand for computational efficiency, more and more heterogeneous architecture is adopted in the super-computing system. In heterogeneous computing, MIC many-core acceleration technology is becoming a trend based on its programming friendly. In the latest of the TOP500, there are 35 systems using MIC many-core acceleration technology. There are 18 sets increased comparing with last year. Based on user requirements for MIC heterogeneous many-core acceleration technology, Inspur and Intel set up MIC program training and invite experts of heterogeneous computing to explain the MIC many-core acceleration technology and share MIC technical case.
AM. | Time | Topic |
MIC Theoretical Analysis | 9:00-9:30 | MIC Many-core Computing Technology and Architecture Depth Analysis |
9:30-10:10 | MIC Computing Programming | |
10:10-11:00 | MIC optimization ideas and methods | |
11:00-12:00 | MIC design strategy of large-scale computing applications | |
PM. | Time | Topic |
MIC Theoretical Analysis and Case Study | 14:00-15:00 | Intel MIC Debugging / tuning tools analysis |
15:00-15:40 | Case Study 1: Deep learning applications | |
15:40-16:20 | Case Study 2: Oil prospecting | |
16:20-17:00 | Case Study 3: Solving large-scale linear equations |
China HPC User Forum 2015
Date:24th September, 2015
Venue:Beijing, China
Palace Garden Hotel and Resorts,
info@asc-events.org
010 82581082
More Information, Please Click:
http://www.asc-events.org
The HPC User Forum History, Please Click:
http://www.asc-events.org/
HPCUF/2014
More Training Camp, Please Click:
http://www.asc-events.org/
HPCUF/2015/TrainingCamp.html