Titlebook: High-Performance Computing Infrastructure for South East Europe‘s Research Communities; Results of the HP-SE Mihnea Dulea,Aneta Karaivanova

高談闊論

978-3-319-03338-9Springer International Publishing Switzerland 2014

異常

macular-edema

Mihnea Dulea,Aneta Karaivanova,Ognjen PrnjatRecent advances in high-performance computing and network operations for computational physics, computational chemistry and life sciences.Post-proceedings of HP-SEE User Forum 2012, held in Belgrade,

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生氣地

Density Waves in Dipolar Bose-Einstein Condensates by Means of Symbolic Computations,We investigate by means of symbolic computations the emergence of density waves in cigar-shaped dipolar Bose-Einstein condensates and derive a series of approximate dispersion relations which exhibit the roton-maxon structure.

Oversee

Simulation of Electron Transport Using HPC Infrastructure in South-Eastern Europe, using high-performance computing resources in South-Eastern Europe. Numerical results for parallel efficiency and computational cost are also presented. In addition we discuss the coordinated use of heterogeneous HPC resources for one and the same application in order to achieve a good performance.

使無效

Using Adaptive Mesh Refinement Strategy for Numerical Solving of Gas Dynamics Problems on Multicoredopted for using SEE regional HPC resources. The algorithm is based on the AMR method - Adaptive Mesh Refinement of computational grid. Utilization of AMR method can significantly improve resolution of difference grid in areas of high interest, and also to accelerate processes of multidimensional problem solving.

慢跑

https://doi.org/10.1007/978-3-319-01520-0GISELA- grid; HPC operations and infrastructure; High-Performance Computational Biology; High-Performan

SMART

Simulation of Electron Transport Using HPC Infrastructure in South-Eastern Europe, using high-performance computing resources in South-Eastern Europe. Numerical results for parallel efficiency and computational cost are also presented. In addition we discuss the coordinated use of heterogeneous HPC resources for one and the same application in order to achieve a good performance.

制定

Using Parallel Computing to Calculate Static Interquark Potential in LQCD,tations in LQCD are typically very expensive and run on dedicated supercomputers and large computer clusters for many months. In this paper the calculations are performed in one of the clusters for supercomputing of HP-SEE (High-Performance Computing Infrastructure for South East Europe’s Research C