Deadline and energy constrained dynamic resource allocation in a heterogeneous computing environment


Energy-efficient resource allocation within clusters and data centers is important because of the growing cost of energy. We study the problem of energy-constrained dynamic allocation of tasks to a heterogeneous cluster computing environment. Our goal is to complete as many tasks by their individual deadlines and within the system energy constraint as possible given that task execution times are uncertain and the system is oversubscribed at times. We use Dynamic Voltage and Frequency Scaling (DVFS) to balance the energy consumption and execution time of each task. We design and evaluate (via simulation) a set of heuristics and filtering mechanisms for making allocations in our system. We show that the appropriate choice of filtering mechanisms improves performance more than the choice of heuristic (among the heuristics we tested).

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Correspondence to B. Dalton Young.

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Young, B.D., Apodaca, J., Briceño, L.D. et al. Deadline and energy constrained dynamic resource allocation in a heterogeneous computing environment. J Supercomput 63, 326–347 (2013).

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  • Dynamic resource allocation
  • Heterogeneous computing
  • Power aware computing