Exploring NoC-Based MPSoC Design Space with Power Estimation Models
Luciano Ost, Guilherme Guindani, Fernando Moraes, Leandro Soares Indrusiak, Sanna Määttä
Abstract
Luciano Ost, Guilherme Guindani, Fernando Moraes, Leandro Soares Indrusiak, Sanna Määttä
Abstract
This model-based methodology and supporting toolset lets designers estimate application-specific network-on-chip (NoC) power dissipation at early stages of the design flow. An actor-oriented simulation framework captures the NoC's dynamic behavior and feeds its parameters to a rate-based power estimation model. Integrating this model into the proposed design flow enables the analysis of different design parameters and the identification of the most power-efficient application platform mappings.
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This model-based methodology and supporting toolset lets designers estimate application-specific network-on-chip (NoC) power dissipation at early stages of the design flow. An actor-oriented simulation framework captures the NoC's dynamic behavior and feeds its parameters to a rate-based power estimation model. Integrating this model into the proposed design flow enables the analysis of different design parameters and the identification of the most power-efficient application platform mappings.
Key concepts: MPSoC, Design space exploration, Design flow, Computer science, Network on a chip, Power (physics), Embedded system, System on a chip