Aug 2, 2018 · Proactive content caching in small cells (SCs) (i.e., proactive edge caching) can significantly reduce energy consumption of networks.
In this paper, we propose an energy-efficient proactive edge caching with sleep scheduling (E3CS) where the controller jointly adjusts the caching strategy and ...
Energy-efficient proactive edge caching with sleep scheduling for ...
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An energy-efficient proactive edge caching with sleep scheduling (E3CS) where the controller jointly adjusts the caching strategy and the sleep scheduling ...
Abstract. Proactive content caching in small cells (SCs) (i.e., proactive edge caching) can significantly reduce energy consumption of networks.
Abstract: Proactive content caching in small cells (SCs) (i.e., proactive edge caching) can significantly reduce energy consumption of networks.
Proactive content caching in small cells (SCs) (i.e., proactive edge caching) can significantly reduce energy consumption of networks. However, the sleep ...
Proactive content caching in small cells (SCs) (i.e., proactive edge caching) can significantly reduce energy consumption of networks. However, the sleep ...
Energy-Efficient Proactive Edge Caching With Sleep Scheduling for Green Networks by Haneul Ko, Jaewook Lee, Sangheon Pack published in Eurasip.
Abstract Proactive content caching in small cells (SCs) (i.e., proactive edge caching) can significantly reduce energy consumption of networks.
Oct 24, 2022 · This paper proposes an energy-efficient caching with multipath routing support. The proposed scheme provides a joint anchoring of popular content into a set of ...