We consider the case of a set of energy harvesting edge nodes, equipped with photovoltaic panels that implement some kind of monitoring service. To ensure that the service operates in an optimal way, nodes have sometimes offload some of their data to other nodes. We show that this kind of task offloading (migration) can improve service performance by avoiding temporary interruptions and prolonging the overall service lifetime. We present a centralized algorithm based on Linear Programming optimization problem solution and a distributed implementation.
A Load Balancing Algorithm For Long-Life Green Edge Systems / Beraldi, Roberto; Mattia, Gabriele Proietti. - (2023), pp. 42-51. (Intervento presentato al convegno 2023 IEEE International Conference on Cloud Computing Technology and Science (CloudCom) tenutosi a Naples; Italy) [10.1109/cloudcom59040.2023.00020].
A Load Balancing Algorithm For Long-Life Green Edge Systems
Beraldi, Roberto
;Mattia, Gabriele Proietti
2023
Abstract
We consider the case of a set of energy harvesting edge nodes, equipped with photovoltaic panels that implement some kind of monitoring service. To ensure that the service operates in an optimal way, nodes have sometimes offload some of their data to other nodes. We show that this kind of task offloading (migration) can improve service performance by avoiding temporary interruptions and prolonging the overall service lifetime. We present a centralized algorithm based on Linear Programming optimization problem solution and a distributed implementation.| File | Dimensione | Formato | |
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Beraldi_postprint_A-Load-Balancing_2023.pdf
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Note: 10.1109/CloudCom59040.2023.00020
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