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Georges Da Costa,Thomas Fahringer,Juan Antonio Rico Gallego,Ivan Grasso,Atanas Hristov,Helen D. Karatza,Alexey Lastovetsky,Fabrizio Marozzo,Dana Petcu,Georgios L. Stavrinides,Domenico Talia,Paolo Trunfio,Hrachya Astsatryan
Pág. 6 - 27
Extreme scale parallel computing systems will have tens of thousands of optionally accelerator-equiped nodes with hundreds of cores each, as well as deep memory hierarchies and complex interconnect topologies. Such Exascale systems will provide hardware ...
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Jesus Carretero,Javier Garcia-Blas,David E. Singh,Florin Isaila,Alexey Lastovetsky,Thomas Fahringer,Radu Prodan,Peter Zangerl,Christi Symeonidou,Afshin Fassihi,Horacio Pérez-Sánchez
Pág. 28 - 45
Ultrascale computing systems are meant to reach a growth of two or three orders of magnitude of today computing systems. However, to achieve the performances required, we will need to design and implement more sustainable solutionsfor ultra-scale computi...
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Prodan, R.; Fahringer, T.
Pág. 378 - 393
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Fahringer, T; Scholz, B
Pág. 1105 - 1125
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Sun, X-H; Pantano, M; Fahringer, T
Pág. 448 - 458
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