2011Unpublished venueRequires access

HAsim : cycle-accurate multicore performance models onFPGAs; Cycle-accurate multicore performance models onFPGAs

Michael Pellauer

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Abstract

The goal of this project is to improve computer architecture by accelerating cycle-accurate performance modeling of multicore processors using FPGAs. Contributions include a distributed technique controlling simulation on a highly-parallel substrate, hardware design techniques to reduce development effort, and a specific framework for modeling shared-memory multicore processors paired with realistic On-Chip Networks.

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What this paper is about

The goal of this project is to improve computer architecture by accelerating cycle-accurate performance modeling of multicore processors using FPGAs. Contributions include a distributed technique controlling simulation on a highly-parallel substrate, hardware design techniques to reduce development effort, and a specific framework for modeling shared-memory multicore processors paired with realistic On-Chip Networks.

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Available abstract

The goal of this project is to improve computer architecture by accelerating cycle-accurate performance modeling of multicore processors using FPGAs. Contributions include a distributed technique controlling simulation on a highly-parallel substrate, hardware design techniques to reduce development effort, and a specific framework for modeling shared-memory multicore processors paired with realistic On-Chip Networks.

Key concepts: Multi-core processor, Computer science, Computer architecture, Parallel computing, Field-programmable gate array, Architecture, Embedded system, Art

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