Integrated Research Center, Kobe Univ.
Organized by
- Japan Society for Simulation Technology
- Graduate School of System Informatics, Kobe University
Supported by
- Masuda Foundation
- Naito Taisyun Science and Technology Foundation
- Kobe Convention & Visitors Association
- Kobe University
- The Maeda Engineering Foundation
- Kansai Research Foundation for Technology Promotion
- Support Center for Advanced Telecommunications Technology Research, Foundation
- Tsutomu Nakauchi Foundation
Technical tour:
K Computer
| Home | Program | Plenary Talks | Organized Sessions | Technical Tour | Awards | Banquet |
| Important Dates | Paper Submission | Financial Support | Registration & Accommodation |
Committee | Contact | Access |
Latest News
- 2012.05.16
- Submission of 2 pages Extended Abstract is closed.
- 2012.05.15
- Awards page is open.
- 2012.04.25
- Deadline extended for Extended Abstract (2 pages).
- 2012.04.05
- Banquet page is open.
- 2012.04.04
- Registration site is now open.
- 2012.03.27
- Call for papers
- 2012.03.26
- Call for Proposals of Organized Sessions was closed.
- 2012.03.19
- Extended deadline for proposal of organized sessions
- 2012.03.15
- Announcement of Technical Tour to K Computer
- 2012.02.28
- Announcement of Important Dates
- Call for proposals of organized sessions
- 2012.1.17
- Official Website of the JSST 2012 is opened.
Topics
Topics of the conference cover broad spectrum of computer simulation methods and their applications in
Field
- Brain & neuro sciences (neural network, neurocomputers)
- Civil engineering (transportation systems, structural analysis)
- Control and optimization (systems engineering, control system, system design)
- Electrical engineering (telecommunication network, antenna design)
- Graphics & visualization (virtual reality, visual simulation)
- Informatics (artificial intelligence, signal processing, innovative computations)
- Industrial engineering (management simulation, logistics and manufacturing systems）
- Life/bio/medical applications
- Material engineering (nano sciences)
- Mechanical engineering (robotics, micro machines)
- Numerical analysis
- Physical sciences (fluid dynamics, astrophysics, complex systems, network science)
- Social sciences (risk handling, financial engineering)
Method
- Agent-based model
- Distributed computing (grid computing）
- Evolutionary computation (genetic algorithms)
- Field based method (FDM, FVM, FEM, BEM, SEM, spectral method, phase field model)
- Innovative simulation methods
- Particle based methods (MD, plasma particle, DEM, lattice boltzman)
- Soft computing (fuzzy control)
- Stochastic methods (Monte Carlo)
Hardware
- Analytical/theoretical research
- CPU computing
- GPU computing
Scale
- Non-parallel computing
- Parallel computing
- Massively parallel computing