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2016•Procedia Computer ScienceOpen access

A Novel Algorithmic Approach for an Automatic Data Placement for NUMA Based Design

Jitendra Madarkar, V. Gopi Chand, P. Viswanatha Reddy, Harsh Arora

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Abstract

Scalability is a key concern for SMP based architecture in the current context. NUMA based architecture design seems to be a promising hope addressing this key concern. At the same time CC-NUMA based design architecture demands a deeper understanding and open vistas for key areas of improvement. Our proposed research tries to investigate, evolve and analyze one of the key design issues for NUMA machine and proposes an innovative solution to address this key design issue under investigation in the current phase of our work.

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What this paper is about

Scalability is a key concern for SMP based architecture in the current context. NUMA based architecture design seems to be a promising hope addressing this key concern. At the same time CC-NUMA based design architecture demands a deeper understanding and open vistas for key areas of improvement. Our proposed research tries to investigate, evolve and analyze one of the key design issues for NUMA machine and proposes an innovative solution to address this key design issue under investigation in the current phase of our work.

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Available abstract

Scalability is a key concern for SMP based architecture in the current context. NUMA based architecture design seems to be a promising hope addressing this key concern. At the same time CC-NUMA based design architecture demands a deeper understanding and open vistas for key areas of improvement. Our proposed research tries to investigate, evolve and analyze one of the key design issues for NUMA machine and proposes an innovative solution to address this key design issue under investigation in the current phase of our work.

Key concepts: Computer science, Key (lock), Architecture, Scalability, Context (archaeology), Software engineering, Computer architecture, Distributed computing

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