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Document type:
Masterarbeit
Author(s):
Santiago Narvaez Rivas
Title:
Power model for resource-elastic applications
Translated title:
Leistungsmodell für ressourcenelastische Anwendungen
Abstract:
In the era of Climate Change, being able to control the power consumption of systems such as a supercomputer is a huge asset. As the High Performance Computing (HPC) community is getting closer to develop exascale systems, it becomes more important to use those resources effectively. One approach to do so is to make a program able to dynamically spread its computation to neighbour processors. There has been efforts to build the required tools to apply this concept in the HPC domain. In particula...    »
Translated abstract:
In the era of Climate Change, being able to control the power consumption of systems such as a supercomputer is a huge asset. As the High Performance Computing (HPC) community is getting closer to develop exascale systems, it becomes more important to use those resources effectively. One approach to do so is to make a program able to dynamically spread its computation to neighbour processors. There has been efforts to build the required tools to apply this concept in the HPC domain. In particula...    »
Keywords:
Invasive Computing, High Performance Computing, Power Corridor
Subject:
DAT Datenverarbeitung, Informatik
DDC:
000 Informatik, Wissen, Systeme
Advisor:
Gerndt, Michael (Prof. Dr.)
Referee:
Gerndt, Michael (Prof. Dr.); Bader, Michael
Year:
2018
Pages:
98
Language:
en
Language from translation:
en
University:
Technische Universität München
Faculty:
Fakultät für Informatik
Presentation date:
15.12.2018
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