We study in this paper optimal control strategy for Advanced Sleep Modes (ASM) in 5G
networks. ASM correspond to different levels of sleep modes ranging from deactivation of …

The energy consumption of mobile networks has been an active research direction in the
last decade for both environmental and economic concerns. With the tremendous growth in …

Advanced Sleep Modes (ASMs) are defined as a progressive shutdown of the Base Station
(BS) depending on the activation and the deactivation times of the different components …

The staggering growth of mobile traffic fostered by the extensive spreading of 5G technology
and massive Internet of Things (IoT) applications is leading to network densification …

Advanced Sleep Modes (ASMs) correspond to a gradual deactivation of the Base Station
(BS)'s components in order to reduce its Energy Consumption (EC). Different levels of Sleep …

In mobile networks, base stations (BSs) have the largest share in energy consumption. To
reduce BS energy consumption, BS components with similar (de) activation times can be …

In this paper, we propose a sleep strategy for energy-efficient 5G Base Stations (BSs) with
multiple Sleep Mode (SM) levels to bring down energy consumption. Such management of …

The concept of Advanced Sleep Modes (ASMs) corresponds to a gradual deactivation of the
Base Station (BS)'s components in order to decrease the Energy Consumption (EC). We …

In 5G networks, specific requirements are defined on the periodicity of Synchronization
Signaling (SS) bursts. This imposes a constraint on the maximum period a Base Station (BS) …

In this paper, we investigate network sleep mode schemes for reducing energy consumption
of radio access networks. We first propose, using Markov Decision Processes (MDPs), an …