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Resultater 1 - 9 av totalt 9 for DAIM Masterrapporter
Current multi-core processors are constrained by energy. Consequently, it is not possible to improve performance further without increasing energy efficiency. A promising option for making increasingly energy efficient CMPs is to include processors with different capabilities. This improvement in en...
Rapport
Vedlegg (zip)
Vedlegg
Tittel: Turbo Amber
A high-performance processor core for SHMAC
Dato: 11. jun 2014
Forfattere: Sebastian Bøe, Anders Tvetmarken Akre
Hovedveileder: Magnus Jahre (IDI)
Current multi-core processors are constrained by energy. Consequently,
it is not possible to improve performance further without increasing
energy efficiency. A promising option for making increasingly energy
efficient CMPs is to include processors with different capabilities.
This improvement i...
Rapport
Vedlegg (zip)
Vedlegg
Tittel: Implementing a Bare-Metal Threading Library for SHMAC
Dato: 09. jun 2014
Forfatter: Håkon Opsvik Wikene
Hovedveileder: Magnus Jahre (IDI)
Current multi-core processors are constrained by energy. Consequently, it is not possible to improve performance further without increasing energy efficiency. A promising option for making increasingly energy efficient CMPs is to include processors with different capabilities. This improvement in en...
Rapport
Vedlegg (zip)
Vedlegg
Tittel: SHMACsim
A Cycle-accurate Simulation Infrastructure for the Heterogeneous SHMAC Multi-Core Prototype
Dato: 05. jul 2013
Forfatter: Yaman Umuroglu
Hovedveileder: Magnus Jahre (IDI)
Current multi-core processors are constrained by energy. Consequently, it is not possible to improve performance further without increasing energy efficiency. A promising option for making increasingly energy efficient CMPs is to include accelerators. These accelerators are specialized units that pe...
Rapport
Vedlegg (zip)
Vedlegg
Tittel: Improving Energy Efficiency with Special-Purpose Accelerators
Dato: 21. jun 2013
Forfatter: Alexandru Fiodorov
Hovedveileder: Magnus Jahre (IDI)
Chip Multiprocessors (CMPs) or multi-core architectures are becoming increasingly popular, both in industry and academia. CMPs often share on-chip cache space between cores. When the CMP is used to run multiprogrammed workloads, different processes compete for cache space. Severe competition can lea...
Rapport
Tittel: A Comparative Analysis of Shared Cache Management Techniques for Chip Multiprocessors
Dato: 10. jun 2013
Forfatter: Christian Vik Grøvdal
Hovedveileder: Magnus Jahre (IDI)
Current multi-core processors are constrained by energy. Consequently, it is not possible to improve performance further without increasing energy efficiency. A promising option for making increasingly energy efficient CMPs is to include processors with different capabilities. This improvement in en...
Rapport
Tittel: Implementing a Heterogeneous Multi-Core Prototype in an FPGA
Dato: 01. jul 2012
Forfattere: Leif Tore Rusten, Gunnar Inge Sortland
Hovedveileder: Magnus Jahre (IDI)
Publisering ikke tillatt (kontakt instiuttadminstrasjon)
Rapport
Tittel: Towards Energy-Efficient Hardware Acceleration of Embedded GPU Drivers
Dato: 10. jun 2012
Forfattere: Ole Magnus Ruud, Vegar Kåsli
Hovedveileder: Magnus Jahre (IDI)
Publisering ikke tillatt (kontakt instiuttadminstrasjon)
Rapport
Vedlegget er ikke offentlig (kontakt instiuttadminstrasjon)
Vedlegg
Tittel: Saving Energy in Periodic Embedded Systems with Memory System Techniques
Dato: 08. jun 2012
Forfatter: Stian Fredrikstad
Hovedveileder: Magnus Jahre (IDI)
Publisering ikke tillatt (kontakt instiuttadminstrasjon)
Rapport
Vedlegget er ikke offentlig (kontakt instiuttadminstrasjon)
Vedlegg
Tittel: Multi-Processor System-on-Chip Architectures for Wireless Applications
Dato: 11. jun 2011
Forfatter: Anders Nore
Hovedveileder: Magnus Jahre (IDI)
Resultater 1 - 9 av totalt 9 for DAIM Masterrapporter