2017
DOI: 10.1177/0037549717699074
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A simulation framework for code-level energy estimation of embedded soft-core processors

Abstract: This contribution presents a simulation framework for code-level energy estimation of open-source MIPS-R2000, LEON3, and openMSP430 embedded soft-core processors. The method proposed in this work is generic and can be extended to other processors and architectures. The framework consists of two modules as follows. (i) An instruction-level power estimator module that estimates the average power consumption of individual machine instructions simulated using gate-level net-lists of the target processors. This mod… Show more

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Cited by 3 publications
(2 citation statements)
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References 29 publications
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“…Ágnes Bogárdi-Mészöly and Rövid [9] proposed mathematical models, in the form of di↵erence equations by subspace identification, to simulate the behaviour of thread pools and queued requests to predict the performance of web-based software systems. Pasha et al [31] presented a simulation framework for code-level energy estimation. The framework has an instruction-level power estimator module that estimates the average power consumption of individual machine instructions simulated using gate-level netlists of the target processors.…”
Section: Related Workmentioning
confidence: 99%
See 1 more Smart Citation
“…Ágnes Bogárdi-Mészöly and Rövid [9] proposed mathematical models, in the form of di↵erence equations by subspace identification, to simulate the behaviour of thread pools and queued requests to predict the performance of web-based software systems. Pasha et al [31] presented a simulation framework for code-level energy estimation. The framework has an instruction-level power estimator module that estimates the average power consumption of individual machine instructions simulated using gate-level netlists of the target processors.…”
Section: Related Workmentioning
confidence: 99%
“…Braun and Krus [11] Power systems Load balancing and synchronisation Ágnes Bogárdi-Mészöly and Rövid [9] Software system Prediction performance Pasha et al [31] Power systems Prediction of power consumption Ahmad et al [1] Software system Prediction performance Altmann et al [3] Software system Interoperability Bahadur et al [4] Distributed system Load balancing Tarvo and Reiss [38] Software system Prediction performance Jeon and Jung [25] IoT networks Increase the performance Stetsenko and Dyfuchyna [36] Software system Prediction performance. Casini et al [12] Software system Evaluation of schedulability Berned et al [6] Software system Energy consumption [Our proposal] EAI Evaluation of performance…”
Section: Research Field Goalmentioning
confidence: 99%