This paper introduces an approach to enhance energy efficiency in Passive Optical Networks (PONs) through dynamic spatial aggregation. The proposed architectural approach adapts to fluctuating traffic patterns. We evaluate our model against various traffic patterns and consider different PON power consumption scenarios and spatial system sizes. This approach can achieve up to 38% energy savings optimizing both bandwidth utilization and energy consumption.
Dynamic Spatial Aggregation for Energy-Efficient Passive Optical Networks
Marotta, A.
;Centofanti, C.;Cassioli, D.;Graziosi, F.;
2024-01-01
Abstract
This paper introduces an approach to enhance energy efficiency in Passive Optical Networks (PONs) through dynamic spatial aggregation. The proposed architectural approach adapts to fluctuating traffic patterns. We evaluate our model against various traffic patterns and consider different PON power consumption scenarios and spatial system sizes. This approach can achieve up to 38% energy savings optimizing both bandwidth utilization and energy consumption.File in questo prodotto:
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