Conveners
Supercomputing, High Throughput Computing, Accelerator Technologies, and their Integration: I
- Junichi Tanaka (University of Tokyo)
Supercomputing, High Throughput Computing, Accelerator Technologies, and their Integration: II
- Ludek Matyska (CESNET)
Mr
Mirko Mariotti
(Department of Physics and Geology, University of Perugia)
05/04/2019, 09:00
Supercomputing, High Throughput Computing, Accelerator Technologies, and their Integration
Oral Presentation
Future systems will be characterized by the presence of **many computing cores** in a single device, by **heterogeneous architectures** built to optimize power and "silicon" consumption as much as possible and by **re-configurable hardware** technologies. These concepts have been demonstrated, both in software programming and hardware evolution, by the multi-core, GPGPU, OpenCL and...
Dr
Davide Salomoni
(INFN)
05/04/2019, 09:30
Supercomputing, High Throughput Computing, Accelerator Technologies, and their Integration
Oral Presentation
In this contribution, we describe an innovative open source Cloud platform evolving the architecture and outcomes of the successful INDIGO-DataCloud project (INDIGO, https://www.indigo-datacloud.eu) and of the two INDIGO follow-on projects DEEP-HybridDataCloud (DEEP, https://deep-hybrid-datacloud.eu) and eXtreme-DataCloud (XDC, http://www.extreme-datacloud.eu).
INDIGO developed a modular...
Mr
Kajornsak Piyoungkorn
(NECTEC)
05/04/2019, 10:00
Supercomputing, High Throughput Computing, Accelerator Technologies, and their Integration
Oral Presentation
High-performance computing has been more important in the past decade. In the present day, data used for processing becomes enormous where a high-performance computing resource is needed to help process the data. Some scientific experiments involving big data which requires high-speed data processing cannot be done by an ordinary computer system. Also, there is a need for support of parallel...
Mr
Vineeth Arackal
(Centre for Development of Advanced Computing)
05/04/2019, 10:50
Supercomputing, High Throughput Computing, Accelerator Technologies, and their Integration
Oral Presentation
Abstract: Grid Computing is quite often implemented by relying on the concept of sharing of available resources in order to improve economies of scale and utilization. However, after the advent of Cloud Computing, the adoption of Grid Computing has been rather slow, and people wonder if it is still relevant, and whether Grid Computing truly matters. In this abstract, the authors explain that,...
Mrs
Rong He
(Computer Network Information Center, Chinese Academy of Sciences)
05/04/2019, 11:20
Supercomputing, High Throughput Computing, Accelerator Technologies, and their Integration
Oral Presentation
The national-level supercomputing environment has integrated 19 supercomputing centers such as major domestic supercomputing centers, with a total computing capacity of 200+ PF and storage capacity of 200+ PB. Supported by the national key R&D plan, the environment has a certain foundation in computing platform, environmental monitoring and other aspects. Among them, software application...
Mr
Nam Beng Tan
(Nanyang Polytechnic)
05/04/2019, 11:50
Science Gateways, Volunteer Computing, Shared Resources and Long Tail Science
Oral Presentation
This paper describes an effective mean of determining the optimum resource for job execution in a distributed environment that will further improve the performance of job computation which Grid Computing offers.
Grid computing systems comprise of several resource nodes in a networked system. Each resource node may further comprise of a single machine or several machines forming another...
