HPC-UA: High Performance Computing

International Conference on High Performance Computing (HPC-UA).
The goal of the conference is to enlighten high quality and state-of-the-art research on high performance computing systems and simulations. The conference is supported by the National Academy of Sciences of Ukraine, Ministry of Education and Sciences of Ukraine, National Technical University of Ukraine "KPI", Glushkov Institute of Cybernetics of NAS of Ukraine.

Topics of interest include, but are not limited to, the following:
- Assembling, tuning, testing and administering of supercomputer systems.
- Programming of HPC systems, scalability of parallel algorithms and programs, heterogeneous programming with GP-GPU, FPGA, and other accelerators.
- HPC in GRIDs, Clouds, and distributed computing systems.
- Application of HPC in science and industry.
- Information safety and security.

(Materials of previous years are available at the official site of the conference http://www.hpc-ua.org)

HPC-UA 2011

1.Barabash M., Pospishnyi A. Semantic meta-scheduler for Grid
2.Briksa V., Belyayev O.E. Development of high performance computing technologies at the Institute of Semiconductor Physics
3.Golovinskyi A., Malenko A. Cluster job queue schedulers performance analysis
4.Golovinskyi A., Malenko A., Gorenko S., Bandura O. Computer cluster GPU nodes architecture
5.Zgurovsky M.Z., Petrenko A.I. On the way to exabyte e-science information environment
6.Lavrenyuk S.I., Perevozchikova O.L., Tulchinskii V.G. PREDICTOR grid service for statistical prediction problems solving
7.Melashchenko A., Perevozchikova O.L. Grid information security
8.Parasiuk I.M., Yershov S.V. Model-oriented fuzzy agents programming for high performance computing systems
9.Roganova E., Tulchinskii V., Yushchenko P. Data packaging for synthetic seismograms calculation in Grid
10.Svirin P. Load balancing unit architecture for Nordugrid ARC
11.Tulchinskii V., Yushchenko P. Decomposition of the finite-difference elastic simulation problem for synthetic seismograms calculation in Grid
12.Khimich A.N., Tchistyakova T.V., Baranov A.Yu. Automatic adaptive SLAE solver for hybrid systems
13.Khimich A.N., Popov A.V., Tchistyakova T.V., Yakovlev M.F. Intelligent software for scientific and technical problems solving in Grid

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